With Itscopied.com you will be certain to receive only the best replica watches at the best price.

Take a look at the series of  Jaeger-LeCoultre Replica Watches we offer, each item of the Replica Jaeger-LeCoultre is classic and fashion, yet the quality is guaranteed and prices are favorable. If you still hesitate, just bookmark Itscopied.com and check back often for the latest models, keeping in mind that they are the finest imitation among replica watches.

Replica Jaeger-LeCoultre Amvox1 Alarm Mens Watch 190.81.70 Watches

Retail Price: $7730.00

Our Price: $319.00

Your savings: $7411.00

Brand: Jaeger-LeCoultre

Series: Amvox

CaseSS: Stainless Steel

DialColor: Black

WatchClasp: Stainless Steel Hidden Double push-button Clasp

WatchBracelet: Stainless Steel

Movement: Automatic

FunctionsS: Hours, Minutes, Seconds, Date, Alarm, Stop-seconds function

CaseThickness: 15.0 mm

CaseDiameter: 41.8 mm

BezelMaterial: Stainless Steel

BezelFunction: Fixed

ResistanceS: 50m / 165ft (suitable for showering; not usually suitable for swimming; unsuitable for diving)

LengthS: 8.25 inches

Engine: Jaeger JLC918 (28,800 vph, 22 jewels, Kif shock absorption, 260 parts)

Crown: Three crowns

CalendarS: Automatic date at 3 o’clock

Caseback: Stainless Steel engraved and pierced caseback with Aston Martin Logo

AlsoCalled: Amvox1 Alarm. Jaeger Amvox Aston Martin. 1908170

price: $ 319.00

Replica Jaeger-LeCoultre Ideale Quartz Ladies Watch Q4608571 Watches

Retail Price: $5700.00

Our Price: $269.00

Your savings: $5431.00

Brand: Jaeger-LeCoultre

Series: Ideale

CaseSS: Stainless steel set with Diamonds

DialColor: Gray

WatchClasp: Buckle

WatchBracelet: Alligator Leather

Movement: Swiss Quartz

FunctionsS: Hours, Minutes

BezelMaterial: Stainless Steel

BezelFunction: Fixed

ResistanceS: 30m / 100ft (suitable for showering; not usually suitable for swimming; unsuitable for diving)

LengthS: 30.0 mm

CaseWidth: 18.0 mm

Caseback: Solid

AlsoCalled: 460.85.71

price: $ 269.00

Replica Jaeger-LeCoultre Gyrotourbillon 1 Mens Watch Q6006420 Watches

Retail Price: $5700.00

Our Price: $319.00

Your savings: $5381.00

Brand: Jaeger-LeCoultre

Series: Gyrotourbillon 1

CaseSS: Platinum 950

DialColor: Ruthenium Rhodium-plated, Black numerals

WatchClasp: Deployant Folding Buckle

WatchBracelet: Leather – Crocodile

Movement: Manual Winding

FunctionsS: Hours, Minutes, Power Reserve, Perpetual Calendar, Date, Month, Leap Year, Gyroscopic Tourbillon

CaseThickness: 15.0 mm

CaseDiameter: 43.0 mm

BezelMaterial: Platinum

BezelFunction: Fixed

ResistanceS: 50m / 165ft (suitable for splashing, light rain; unsuitable for swimming or diving)

Engine: Jaeger-LeCoultre JLC 177 (679 parts, 117 jewels, 21,600vph, 2 Barrels)

Crown: Platinum, Fluted

CalendarS: Perpetual Calendar: Date, Month, Leap Year, Equation of Time

PowerReserve: 8-day power reserve

Caseback: Visible Gyrotourbillon through Transparent Caseback

AlsoCalled: 600 64 20, 6006420, 600-64-20

price: $ 319.00

After adding your  Replica Jaeger-LeCoultre Watches to the cart you will be able to custom engrave it for a modest fee.

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We want every single customer to feel completely satisfied. The following guarantees are our promises to you:

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Shop with itscopied.com and get the  Replica Jaeger-LeCoultre Gyrotourbillon_1 watches. They are of top quality and are made to be functional, durable and attractive. What’s more? Prices of the watches are quite favorable. No matter how fashionable you are, as long as you love Jaeger-LeCoultre Gyrotourbillon_1 replica watch, you will get your favorite one here.

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Are you one of those people who would rather drive around town for hours than stop and ask for directions? If so, a Global positioning system, or GPS, could be the perfect tool for you.

A GPS is an operational navigational system that employs the use of navigational satellites. In other words, it tracks an individual’s location or provides direction, all by using an existing satellite system. GPS units are also capable of providing real time reference on earth, or within its orbit.

The satellite navigation system was implemented and first used by the United States of America’s Department of the Defense. Later, the system was adopted for use by other countries including Europe (Galileo) and Russia (GLONASS). In the United States, any US citizen may use the navigational system, free of charge.

The satellite navigational system is primarily divided into three segments:

* Space: As the name suggests, the space segment works from outer space. It operates through a GPS satellite constellation, located in an Intermediate Circular Orbit.

* Control: The control segment of a satellite navigational system is comprised entirely of control stations that are located on earth. These terrestrial control stations are scattered at locations around the world. These control the flight paths of the various GPS satellites, and synchronize the Atomic Clocks in the satellite. Ground stations also monitor the uploading of data through the satellite transmissions.

* User: The satellite navigational system is mainly made up of civilian and military GPS receivers.

A GPS is technically comprised of 24 satellites, the minimum number of satellites in a constellation. These satellites orbit around six orbital planes, twice in every twenty-four hour period. Each satellite carries an atomic clock, which continuously transmits precise time to the ground observatories located in the Earth. Additionally, the satellites send electronic messages to the earth. These messages may include data on precise time based upon the onboard satellite clocks, or information on their own orbital systems.

It’s not necessary for the user to be equipped with the precise clock, however a good short term clock may be required in order to receive the satellite transmissions best used in determining the exact location on earth.  Different satellites employ various sequencing modes, allowing the transmission of messages to be received by the user from satellites using similar frequencies.

The primary GPS system was created to provide control over the military forces in the United States. This allowed for improved command capability, as well as the targeting and manipulation of missiles, smart bombs and other forms of ammunition. The satellites are also able to detect nuclear detonators.

Civilian users can also access the GPS system through their GPS receivers and GPS system software. Many cities in highly urbanized countries have improved the lives of their citizens where access is available to the free worldwide GPS Standard Positioning Service. The transportation sector has greatly benefited from the system, as many planes, ships and cars employ GPS systems for navigation. Hikers, glider pilots, mine truck drivers and everyday travelers enjoy access to the GPS system through low cost GPS receivers, ranging in price from $100 to $200. GPS receivers that are more precise are widely used by land surveyors for measuring land surface area, locating boundaries and surveying markers.

Time code generators also rely on the GPS system to acquire accurate time for precisely recording events in real time. Developers are also working on specially created GPS systems that will help visually impaired individuals.

Another, more trendy use of GPS receivers is the widely popular hobby of Geocaching. Children and adults use hand held GPS receivers to navigate designated sites and locate hidden objects. There are countless Geocaches hidden all over the world, with coordinates available on Geocaching websites.

The GPS system has brought both excitement and simplicity to the lives of countless people, all over the world. Despite the complexity of the system, anyone with a GPS receiver can use the service, free of charge. So now you’ll have no excuse for getting lost.

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NTP servers are a vital tool for any business that needs to communicate globally and securely. NTP servers distribute Coordinated Universal Time (UTC), the world’s global timescale based on the highly accurate time told by Atomic Clocks.

NTP (Network Time Protocol) is the protocol used to distribute the UTC time across a network it also ensures all time is accurate and stable. However, there are many pitfalls in setting up a NTP network, here are the most common:

Using the correct time source

Attaining the most suitable time source is fundamental in setting up a NTP network. The time source is going to be distributed amongst all machines and devices on a network so it is vital that it is not only accurate but also stable and secure.

Many system administrators cut corners with a time source. Some will decide to use an Internet based time source although these are not secure as the firewall will require an opening and also many internet sources are either wholly inaccurate or too far away to afford any useful precision.

There are two highly secure methods of receiving a UTC time source. The first is to utilise the GPS network which although doesn’t transmit UTC, GPS time is based on International atomic time and is therefore easy for NTP to convert. GPS time signals is also readily a

The second method is to use the long wave radio signals broadcast by some national physical laboratories. These signals, however, are not available in every country and they have a finite range and are susceptible to interference and local topography.

Organising Strata

Stratum levels describe the distance between a device and the reference clock. For instance an atomic clock based in a physics laboratory or GPS satellite is a stratum 0 device. A stratum 1 device is a time server that receives time from a stratum 0 device so any dedicated NTP server is stratum 1. Devices that receive the time from the time server such as computers and routers are stratum 2 devices.

NTP can support up to 16 stratum levels and although there is a drop-off in accuracy the further away you go stratum levels are designed to allow huge networks to all receive a time from a single NTP server without causing network congestion or a blockage in the bandwidth.

When using a NTP server it is important to not overload the device with time requests so the network should be divided with a select number of machines taking requests from the NTP server (the NTP server manufacturer can recommend the number of requests it can handle). These stratum 2 devices can ten be used as time references for other devices (which become stratum 3 devices) on very large networks these can then be used as time references themselves.

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Time synchronisation becomes more and more relevant as we become more dependent on the internet. With so man time sensitive transactions conducted across the globe, from banking and commerce to sending emails, the correct and accurate time is vital in preventing errors and ensuring security.

Increasingly, more and more people are relying on sources of internet time especially with many of the modern flavours of Microsoft’s Windows such as Windows 7 having NTP and time synchronisation abilities already installed.

Windows 7 and Time Synchronisation

Windows 7 will, straight out of the box, attempt to find a source of internet time; however, for a networked machine this does not necessarily mean the computer will be synchronised accurately or securely.

Internet time sources can be wholly unreliable and unsecure for a modern computer network. Internet time has to come through the firewall and as a gap is left for these time codes to come through, malicious software can take advantage of this firewall hole too.

Not only can the accuracy of these devices vary depending on the distance away your network is but also an internet time source very rarely comes direct from an atomic clock.

In fact, most internet time sources are known as stratum 2 devices. This means they connect to another device – a stratum 1 device – namely a NTP time server which gets the time directly from the clock and transmits it to the stratum 2 device.

Stratum 1 NTP time servers

For true accuracy and security, there is no replacement for your network’s own stratum 1 NTP server. Not only are these devices secure, receiving a time source externally to the firewall (often using GPS) but also they receive these signals direct from Atomic Clocks (The GPS satellite that transmits this signal has an onboard atomic clock that generates the time.

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Genuinely wireless weather stations are something to really think on.

Being the gadget kind of man, I was very thinking about using this unit immediately, so by the time the solar went down, I had it put in on a pole just outside my house. The temperature that day was around -15 degree farenheit. So fairly cool for anybody to be spending exessive time fooling with stuff outside with. I didn’t anticipate the batteries that normally include wireless weather stations to last in those temperatures, but it surely’s now been almost 10 months and the unit has held up very properly! As you may guess, I’m fairly impressed with this entire setup and the way effectively it has worked.

The unit that i acquired has worked very effectively with very few issues so I can recommend you trying into one. If you are interested in wireless weather stations, then here some issues I imagine you need to think about in a new unit.

Having the option of time being controlled by an atomic clock is very nice. You may not agree, but the atomic clock characteristic is fairly handy. If you have ever lost power, you may find yourself without the proper time and having no less than one clock in the home tuned to an atomic clock is great. To be trustworthy, if I needed to exchange this unit, I might look for this feature in the subsequent unit. I would recommend getting an unit that can monitor as many climate conditions as possible. To give you some concept of nice features to have are inside and out of doors temperature, humidity levels, wind velocity and route, present air strain and rain monitoring.

The more the sensors wireless weather sensors have, the smarter they are often at not solely presenting these details but providing you with graphed data and predictive forecasting. I’ve discovered that learning what my wireless weather station is telling me has allowed me to interpret the climate conditions and truly out predict the local weather station. That has come to me as a pleasant surprise.

Another nice to have characteristic is one I briefly talked about earlier. Graphing of historic data.The air strain is logged and offered per hour for the past 24 hours on my unit. I’ve been capable of, with this alone at instances, predict the weather pretty accurately. In the summertime I discover that a development will are available waves and when the strain changes dramatically, I know we’re in for it.

You’ll discover with experience and a little bit of studying you’ll be able to combine the readings you read from the entire wireless weather stations sensors to forcast climate that’s developing. One factor that I’ve come to note inside my space is that wind from the East is often not rainy wind however pushes rain out of our area.

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Lum-Tec is a watch brand based in the United States that specializes in luminous watch dials and hands. Every Lum-Tec watch features their exclusive MDV Technology™ (Maximum Darkness Visibility) lume technology. This is a special 8 layer application of ultra bright glowing superluminova photoluminescent material. The process consists of a chemical base layer, six luminous layers and a final clear layer on the top. The result, are some of the brightest watch dials and hands in the industry. Lum-Tec MDV technology is not limited to Lum-Tec timepieces, though, they can even reapply their signature lume to older watches whose luminous paint has worn out over time.

On top of being easy to read in all lighting conditions, Lum-Tec watches are also sporty and extremely rugged. The Combat B collection includes NATO straps (all Combat B models come with both black and green NATO straps), the movements are heavily protected against shocks (even the mechanical models), they are waterproof to 100 meters (or 330 feet) and they have thick sapphire crystal with a doulbe-sided anti-glare coating.

The Combat B series comes in 43 mm x 12 mm stainless steel cases, with or without black PVD treatment (the three shown are stainless steel models). The lug width is a nice and wide at 22 mm, and even if you do not want a NATO strap, you can easily switch to a 22 mm rubber, leather or textile strap. The caseback is solid and the crown is screw-in, which both helps to ensure 330 foot water-resistance.

All of the cases of the three watches shown above are the same size, however, they are all different movements. The B11 is powered by a Rhonda Swiss quartz movement and has a 24 hour real carbon fiber dial. The B12 model is powered by a Japanese mechanical movement by Seiko, with a 46 power reserve, and features black dial with regular 12-hour markings. The B15 is powered by a Rhonda Swiss quartz chronograph movement, and has a real carbon fiber dial, chronograph subdials and standard hour makers. The use of carbon fiber in the quartz models was a great choice, as is really looks sporty and of good quality. The mechanical model uses a fairly small Seiko mechanical movement, which allowed the use of extra shock protection, making this mechanical unusually resistant to shocks.

Overall, the Lum-Tec Combat B models are a very good value for your money. You get two straps, a great case design, your choice of either quartz or mechanical movement, a nice variety of dial choices and, of course, all timepieces come with the superb MDV Swiss grade C3 Superluminova technology for excellent nigh time visibility.

Retail $565 to $795

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Accurate time is so important for modern computer systems that it is now unimaginable for any network administer to configure a computer system without any regard to synchronisation.

Ensuring all machines are running an accurate and precise time, and that the entire network is synchronised together, will prevent problems arising such as data loss, failure of time sensitive transactions and enable debugging and error management which can be near impossible on networks that lack synchronicity.

There are many sources of accurate time for use with NTP time servers (Network Time Protocol). NTP servers tend to use time that is controlled by Atomic Clocks to ensure accuracy, and there are advantages and disadvantages to each system.

Ideally as a source of time you want it to be a source of UTC (Coordinated Universal Time) as this is the international time standard as used by computer systems worldwide. But UTC is not always accessible but there is an alternative.

GPS time

GPS time is the time as relayed by the Atomic Clocks on board GPS satellites. These clocks form the basic technology for the Global Positioning System and their signals are what are used to work out positing information.

But GPS time signals can also provide an accurate source of time for computer networks – although strictly speaking GPS time does differ to UTC.

No Leap Seconds

GPS time is broadcast as an integer. The signal contains the number of seconds from when the GPS clocks were first turned on (January 1980).

Originally GPS time was set to UTC but since GPS satellite have been in space the last thirty years, unlike UTC, there has been no increase to account for leap seconds – so currently GPS is running exactly 17 seconds behind UTC.

Conversion

Whilst GPS time and UTC are not strictly the same as they were originally based on the same time and only the lack of leap seconds not added to GPS makes the difference, and as this is exact in seconds, conversion of GPS time is simple.

Many GPS NTP servers will convert GPS time to UTC time (and local time if you so wish) ensuring you can always have an accurate, stable, secure and reliable source of atomic clock based time.

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The launch of the El Camino Real chronograph is Wyler Geneve’s first major new product launch since the presentation of the world’s first CarbonNeutral watch, the Wyler Geneve GMT, together with new Tourbillon and Power Reserve models. Further new products inspired by other projects related to the world’s most legendary routes are scheduled to be launched later this year.

The shock-resistant Wyler Genève chronograph got a whole lot tougher today with the launch of a new model in black ceramic. At the Palms Hotel’s exclusive G-Suite, photographer and film-maker Francesco Carrozzini unveiled an exhibition of his photographs of El Camino Real, the legendary West-coast route for which the new watch is named.

Wyler Genève’s chronograph had already received its baptism of fire on the Paris to Beijing run, withstanding the harsh conditions of open-top motoring across two continents on board a car which, unlike the watch, did not have a modern shock absorption system. The new El Camino Real model has a scratch-resistant black ceramic case with a modified design (9mm wider and 1mm shorter than the limited-edition chronograph) that adds even more muscle to an already beefy watch. A matt black dial with a matt black ring housing the hour markers and counter surrounds creates a deliberately understated look. Luminous orange SuperLuminova material is used for the dots marking the hours, the chronograph hours and minutes and the inserts for the hands, providing a sharp contrast with the sobriety of the rest of the dial.

The El Camino Real chronograph is powered by a Swiss-made self-winding movement with a power reserve of 42 hours plus. It is fitted with a personalized Wyler Genève rotor in drilled blackened heavy metal, with rhodium-plated bevels for the holes and a Wyler Genève engraving. The movement is housed inside a titanium container that is held in place by a carbon-fibre frame and mounted on springs between two matt black ceramic plates. This assembly forms the shock-absorbing sprung case used for all Wyler Genève models, which is further enhanced by the patented crown protector in black ceramic. Diamond-like carbon (DLC) treatment on the titanium screws and pushers maintains the dark look and a black rubber bracelet with the signature Wyler Genève pattern and a new foldover clasp completes the ensemble. Like all shock-resistant Wyler Genève timepieces, the El Camino Real chronograph is water-resistant to 50 metres and comes with a two-year manufacturer’s warranty.

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Casio Watches bear a proud history, which is only natural for products from a group with such a line of industry ‘firsts’ to its credit. Through humble beginnings as a successful manufacturer of cigarette lighter rings (this is Japan, after all, the land of gizmos and gadgets galore) to the world’s first ever all-electric compact calculator in 1957, they has been innovating ever since.

Casio Watches followed this up with the first graphing calculator in history, the first digital camera with an LCD screen on the market, the first 3 megapixel digital camera in the world, and so on and so forth. The list of technological achievements is ever expanding. And so it came to pass quite naturally enough in 1974 that the Casiotron was born, the first of many successful watches for this company, debuting just when the industry was starting to embed digital technologies in its designs. The company has been a leader of the field ever since, a well-respected pioneer in a business with giants like Sony and Samsung. Casio watches, like their Casio Databank Watches, were the first to offer many of what are now considered standard features today.

The Databank series of watches debuted in the early ’80s, long before any PDA, smartphone, or other do-it-all convergence device, Casio Databank Watches were a very clever and handy timepiece for storing contact information and other data. Some models even offered the day of the week in up to thirteen different languages – a really nifty feat for the time. Then there was the ‘jet setter version’ that kept track of different time worldwide. One interesting Databank even doubled as a universal remote for home entertainment units such as cable boxes, television sets, and VCR players!

This line has proved so popular that it’s still being made today, despite all the do-it-all convergence devices previously mentioned. In fact, one current bestseller is the retro-chic model, looking just like the original.

Another extremely popular series in their lineup is the G Shock that’s favored by uniformed personnel. They feature on-board altimeters, barometers, compasses, and more – all on one watch. Of course, there is also shock resistance, as well as water resistance. This line has been so successful that a ‘Baby-G’ offshoot has been developed for young teens, with more compact designs and vibrant stylish colors along with the same winning features of durability and all-round utility that the parent-line offers.

Last but not least, no review of these classic watches could be complete without mentioning venerable Pathfinders for outdoor adventuring. Though sharing many features in common with the G Shock, these were expressly designed for hiking through the woods or kayaking streams and rivers.

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NTP has a hierarchical structure known as stratum levels. In principle the lower the stratum number the close the device is (in accuracy terms) to an original time source.

NTP time servers work by receiving a single time source and using this as a basis for all time on the network, however, a synchronised network will be only as accurate as the original time source and this is where stratum levels come in.

And atomic clock, either one sat in a large scale physics laboratory, or those aboard GPS satellites, are stratum 0 devices. In other words these are the devices that actually generate the time.

Stratum 1 devices are NTP time servers that get their source of time directly from these stratum 0 Atomic Clocks. Either by using a GPS receiver or a radio referenced NTP server, a stratum 1 device is as accurate as you can get without having your own multi-million dollar atomic clock in the server room. A stratum 1 NTP time server will typically be accurate to within a millisecond of the atomic clock time.

Stratum 2 devices are the next step down on stratum level chain. These are time servers that receive their time from a stratum 1 device. Most online time servers, for instance, are stratum 2 devices, getting their time from another NTP time server. Stratum 2 devices are obviously further away from the original time source and therefore are not quite as accurate.

The stratum levels on an NTP network continue on, with devices connecting to devices going all the way down to stratum 10, 11, 12 and so on – obviously the more links in the chain the less accurate the device will be.

Dedicated stratum 1 NTP time servers are by far the most accurate, reliable and secure method of synchronising a computer network and no business network should really be without one.

Richard N Williams is a technical author and a specialist in the digital signage industry helping to develop outdoor digital signage and protection for plasmas. Please visit us for more information about LCD Enclosures or other digital signage solutions.

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The Casio watches you see today were not started by a watch or even a jewelry company which is truly amazing for the quality and innovative styles of Casio watches you see today. In 1946, Casio was established with Tadio Kashio as the leader of this industrious company. During this time, Japan was in the middle of World War II, the situation financially of Japan like other European countries was grim. At the time when Mr. Kashio began his company, he was in hopes of making it big and he did just that with the development of the yubiwa pipe.

The yubiwa pipe was an ingenious invention of the time allowing a smoker the ability to have both hands free while holding a cigarette in the pipe that was attached to the finger. This allowed more freedom for smokers. This may seem like a trivial invention, however, cigarettes were one of the largest sellers of the time and this invention sold fast.

Today, you may not find a yubiwa pipe anywhere in the world, however, the name Casio is still on the tongue of people everywhere. Today, they manufacture many different items including innovative watches that are just as popular today as the yubiwa pipe was during World War II.

First, came the calculator in 1954 and shortly branched off with their Casio Computer Co., Inc. This is when they began working on creating watches. Casio was the first watch company to create the quartz crystal watches. From then until now, their creations have changed the way in which consumers view watches. The new excitement in functions and designs has made watches a necessary part of our every day attire. Their unique calculators were added to their famous watch and before long, other companies were following in their footsteps.

The Casio watches had and still have many unique functions beside the calculator such as the different time zones, the temperature, barometric pressure, and so on and so forth. For all those gadget lovers, Casio had created a huge seller even for those that just wanted to have the latest and most advanced watch in the world.

Today, you can find a large variety of Casio watches with all the features and styles you might expect from a leader in the industry. A few of the most popular styles of Casio watches for men includes the G-Shock Blue Dual Function, the G-Shock Radio Controlled Solar, the 10-year Lithium Battery, the Extended Battery Life, the ProTrek Wave Ceptor, the Speed-Measuring, and the Illuminator Combination. For women the most popular Casio watches include the Casio Yellow Baby-G Digital, Casio 10 Year Battery Ladies Digital, Casio Baby-G Databank, Casio Baby G Ladies in White, and the Casio Baby-G Shock Resistant

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For anyone that enjoys scuba diving finding a watch that will allow them to enjoy their time spent exploring as well as withstands the elements is a necessary tool just about as important as the air tank. Why is this so? They have to know how long they are under water and how much time they have before their air supplies run dry. Finding a good dive watch that will provide them with the necessary tools to see while underwater is imperative.

The first thing you should consider when looking for a dive watch is the amount of pressure the watch can withstand, the dial must be clear and clean in order to see the time, and they should have a screw down crown to keep the seal water tight. More than likely you will need a rubber band or other material that will be able to handle the damage that can be done to most metals from seawater.

Not every dive watch has the same features or even offers what you may need. You need to pay close attention to just how deep the watch can go. In most cases, the average dive watch will be able to withstand depths of 100 to 300 meters; however, you can find a few that will withstand the pressure at 500 meters. The main idea is to know where you will be scuba diving and how deep you will go down in order to find the dive watch that will still work at those depths.

A clean and clear face is one of the most important aspects of a quality dive watch. You need to be able to see the time clearly at just a glance. Trying to see the time on your watch will take away precious time you can stay on the bottom and look for treasures.

Durability is also very important. Finding durable dive watches will be a win win situation. You do not want to spend money on a new dive watch every time you wish to dive. Finding quality dive watches with durable straps is very important.

Today, you can find many dive watches at jewelry stores, swim shops, and of course online. When shopping online, you can find many watch stores today that have photos as well as features listed so you will be able to comparison shop all on one website instead of searching through all several different manufactures in order to find the dive watch of your dreams.

The most popular dive watches on the market today include the Timex Ironman Shock Solar 50 Lap Digital Watch, Casio G-Shock Radio Controlled Solar Gents Watch,

Casio G-Shock, Zodiac Oceanaire Casual Watch, Sekonda ONE Wrist Wear, Zodiac Men’s Deep Reef, DKNY Mens Divers, Sekonda One White Dial Chronograph, and the DKNY Ladies Black Finished Sports Watch.

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3. The history of breguet watches

The history of breguet watches

Breguet watches have a long history, they have a luxuries and stylish appearance. When you first see Breguet watch, you must be shocked by its design! You would wonder who designed such a beautiful watch and what’s the history of Breguet watch?

Breguet watch founded in 1775 by Abraham Louis Breguet. Breguet was not only a gifted watchmaker, but also a clever businessman. He invented a payment scheme for a special series of watches which are known as the montres a souscription. These watches had a symmetrically built Lepine caliber, a ruby cylinder escapement, a temperature-compensated balance and the above mentioned shock protection for the balance-staff. They had only one hand, but reading the time is no problem thanks to the finely detailed dial. These subscription watches were made in small series of twelve to twenty at a time; customers had to make a down-payment when ordering a watch which allowed Breguet replicato finance production of the whole series.

Among his numerous inventions, the best-known are the Breguet spiral, found until today in every quality watch and wristwatch, and the tourbillon, the whirlwind – an ingenious device that Breguet invented to compensate for gravity influences on the balance spring in pocket watches. Among his other inventions were a new striking mechanism for repeaters, a new escapement, the so-called echappement naturel, similar to the chronometer escapement (1789), in 1790, the parachute shock protection system, the cylinder escapement with a ruby cylinder, and improvements of Perrelet’s automatic winding mechanism, implemented in his around forty Perpetuelles.

Furthermore, replica Breguet made what we consider today as the first Grande Complication in the history of horology, the watch known as the Marie-Antoinette. This watch was commissioned by the French queen’s guard Monsieur de la Croizette with the explicit order that it should contain all known complications and the greatest possible number of parts made of gold. There were no restrictions as to the time for making the watch or the price. This Breguet watch was only finished in 1827 which means that neither the unfortunate queen (Marie-Antoinette was guillotined in 1793) nor the master watchmaker himself (Breguet died in 1823) ever saw the completed watch. The Marie-Antoinette was a self-winding watch with a perpetual calendar, equation of time indication and a minute repeater. It has disappeared since 1983 when it was stolen from the Jerusalem Institute of Islamic Art.

Nowadays, there are still have replica breguet watches on sale in shops and online stores. These replica breguet watches are the same as the real one looks in appearance. Our website: http://www.patekphilippewatches.us/ provide high quality and outstanding replica Breguet watches, you don’t need to worry about that someone would know that the watch you wear is a replica one.

Editor:zoe

From:

http://tiffanyheart.sport.fr/747305/History-of-Breguet-Watch/

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With GPS devices now in millions of cars, cell phones and purses around the country, it is hard to imagine that only a decade ago, the technology was used almost exclusively by large corporations and the military. But time has moved fast for Global Positioning Systems, which makes sense given that the story of GPS’ history begins with a measure of time.

It all starts with TIME

GPS technology exists today because scientists sought a way to measure time more accurately than it had ever been measured before. And so, they developed the Atomic Clock, a super-accurate device that measure the time within a billionth of a second.

But the Atomic Clock was not created in order to keep scientists from being late for dinner. They used the accuracy of the clock to test Einstein’s theory of relativity as it pertained to time and space.

Using Atomic Clocks to measure time and space

With these Atomic Clocks, scientists and engineers discovered that there were slight discrepancies in time around the globe. They began to position the clocks everywhere from Mount Everest to the Gobi Desert and then looked for tiny differences in the time in each of the locations. This information helped confirm Einstein’s view of the universe and would soon become a key part of satellite technology.

Sputnik and the creation of a military GPS system

When the Russians launched Sputnik in the 1950’s, scientists quickly learned that the satellite could be used to track locations on the ground by beaming a signal up to the satellite – and having a response returned to Earth. How that message traveled determined the location of the satellite relative to a point on the planet.

The US Navy soon began launching satellites of their own, and used them in key military actions to help troops engage in the proper battle locations and assist large ships circumnavigating the globe.

After a time, Navy engineers realized that enough satellites, placed in very specific positions with an orbit around the earth, would create a clear picture of our planet – and that this “picture” could be used map out individual points around the globe with stunning accuracy.

Completion of the System

In 1993, it all came together. The United States Navy launched the 24th of 24 carefully placed satellites into orbit – and the Global Positioning System was born. The satellites are positioned in such a way that now anyone with an inexpensive GPS device can locate their position (or another location) anywhere on the planet. And to think, it all began with Einstein and a group of scientists who wanted to find the ultimate measure of time.

Today GPS devices are a useful tool for many Americans. The technology has become very affordable and helps individuals obtain proper directions to their location while using a minimal amount of gas or time. And if someone had told you twenty years ago that GPS technology would be a “hot Christmas gift”, chances are you wouldn’t have given them the time of day.

For reviews, prices and product information about the latest GPS devices for the car, cell phone and more, visit www.gpsviews.com. At www.gpsviews.com you’ll find unbiased reviews, side by side product comparisons and everything else you need to make an informed purchase – and get the most out of your GPS device.

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To maximize the enjoyment of your toubillon watch, care should be taken to avoid moisture, dust, and shock. Normally, all you need to do is clean the watch with a soft cloth. On gold plated models, clean with a soft cloth dampened with warm water.

Precision-Made Parts

Your toubillon watch has precision-made parts with tolerances of up to 1/1000 mm. A small particle of dust is enough to stop the timepiece from functioning properly. Dust can enter the watch if the case or crown is not intact. If you do not wear your watch for a prolonged period of time, store it in its original box in a dry place.

Never open the watch yourself,especially when you have a Rolex replica, Porsche Design replica, Richard Mille replica, Zenith replica, Hublot replica and Ferrari replica watches. Doing so could allow dust and moisture to enter the watch case or could cause damage to the gaskets, the movement, or the case.

Water Resistance

Your toubillon watch is tested to meet toubillon ‘s quality standards. Water resistance is achieved by installing seals between the major parts of the watch case. Your watch is fitted with a series of gaskets and a specially designed crown which together seal the watch and prevent moisture from entering the case.

Shock-Resistant

All toubillon timepieces have shock-resistant movements tested to meet TOUROUS quality standards. As a precaution, care should be taken to avoid wearing your watch while engaging in rough sports to prevent possible damage.

Sapphire Crystals

Your watch is equipped with two sapphire crystals. The procedure for manufacturing sapphire crystals is very complicated and precise. The hardness is about HV 2200 degrees, making it scratch resistant and virtually indestructible. Although the sapphire crystal is scratch resistant, care should be taken to avoid dropping or hitting the watch on a hard surface.

Magnetic Fields

The exposure of your watch to strong magnetic fields will affect its timekeeping accuracy and may cause it to stop all together. Therefore, care should be taken to avoid subjecting your watch to strong magnetic fields.

Leather Straps

The genuine leather straps on your watch are handmade. The leather skins used are specifically selected to match the beauty of each tourbillon watch. Leather needs care. Care should be taken to avoid exposing your straps to water or high humidity to avoid the straps from becoming brittle.

The life span of the straps depend on your care and wearing habits as well as the climate in which you live.

Winding and Time Setting

• With the crown in, turn the crown clock wise all the way until strong tension is felt.

• Pull the crown all the way out.

• Adjust the time by turning the crown so that the hands move in a clock-wise fashion.

• Then push back the crown all the way in.

Note: In winding the watch, the barrel click allows for some degree of unwinding. This is by design of the tourbillon watch to keep the mainspring from being held too tightly when being wound.

‘Running In’ Your toubillon Watch

The first thing you should do after acquiring a toubillon timepiece is to ‘run the watch in’ by wearing it everyday. Mechanical watches(Breitling replica, U-Boat replica, Bell%26Ross replica, Patek Philippe replica and Omega replicas.) need to run for a certain time until they become stable.

Hellorolex.com ‘runs in’ its watches under controlled conditions at the production stage, checks the rate of the movement using a timing machine, and observes its behavior over a certain period of time, and if necessary, adjusts the rate. This usually takes place at room temperature and with simulated sequences of movements. On the wearer’s wrist, however, conditions may be completely different, which would result in a different rate from the one recorded during the test at the production stage.

Rate Tolerances of Your Toubillon Watch

Before a toubillon timepiece leaves the factory, the movement is tested in five different positions:

• Dial Up

• Dial Down

• Crown Up

• Crown Down

• Crown Left

• Crown Right

The movement is adjusted in each of these positions to an average rate of between 0 and +14 seconds per day. In otherwords, a toubillon timepiece must never be slow but may be fast by up to 14 seconds per day. The average daily tolerances for chronometer rates are between -4 and +6 seconds. This means that even a watch that loses up to 4 seconds a day can still be called a chronometer.

The rate is also affected by the owner’s lifestyle. The mechanical movement will react differently when the wearer has an extremely active lifestyle from the way it would with a comparatively inactive person. However, any deviation from the tolerances mentioned above is not so much a question of function as of adjustment and wearing habits.

Note: Due to the very nature and complexity of the tourbillon movement, the rate will never be as precise as a quartz watch but may approach that of a chronometer watch.

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There is a wide range of alarm clocks available in the present market. They come in varied models and designs, different price bracket and come with different features. There’s one to suit every taste, budget, and personal need. The newest trend in time pieces that may be bought today come in the shape of projection alarm clocks. You won’t have any problem finding the ideal model and design as there is undeniably one made for everyone.

There are plenty of models to select from when it comes to the case of prjection alarm clocks. Some are enormous, others small, some include a lot of extra features. These are all available in varied price ranges, so finding you one to fit your budget and wishes will not be that difficult.

You may have a couple of options when choosing the projection clock for you. Some models project the time on demand, others do this at an interval, while others project it all of the time. Also, a number of these models have added features like being able to tell temperature and humidity, along with the date. Some models even tell the probable weather courtesy of the in-built weather station. With a glance of an eye you’ll be able to tell the atomic time, date, and an animated weather prediction.

For those who want their clocks to come with a tiny entertainment, some clocks have built-in radio, CD, or MP3 players. You may customise the sound of your alarm so you will not have to wake up to irritating noise. You may awake to your fave tune to help kickstart your day.

Having an alarm clock with the facility to project the time on your wall or ceiling can be particularly helpful. You wouldn’t need to turn to your side and search for the time. All you have to do is to look up and the time is obviously displayed above you. Plus, you can also stare at it in the middle of the night to help you drop off particularly if you’re suffering from sleeplessness.

Whatever your desires are in a projection clock. There’s certainly one perfect for you.

Visit http://bestprojectionclocks.com/ to find more atomic projection clock and projection clock temperature.

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Businesses that rely on time precise, accurate timekeeping do not have to worry once GPS synchronized clocks are installed. These clocks are accurate up to a fraction of one nanosecond, and never have to be adjusted. They can save large businesses or institutions hundreds of dollars in labor costs by not requiring manual updates for Daylight Savings Time or after a power outage for up to three days.

GPS synchronized clocks insure that high schools and universities have class schedules that are perfectly coordinated. They mean that doctors know when labor and delivery of infants or time-sensitive treatments are running smoothly. They even determine when worldwide teleconferences are on schedule. This is because they are equipped with reporting systems that let their owners know that they are fully synchronized up to the minute.

Time is of the essence in so many situations. Take health care, for instance. Hospitals rely on accurate clocks to know when to check on patients, especially those who are on precise medication schedules. Lab results are often time sensitive as well. GPS clocks can assist healthcare systems become more productive and less susceptible to liability.

Educational facilities stand to save on operating costs by using GPS synchronized clocks. Education has always been an industry that is financially sensitive. School administrators try, in every way possible, to save their institutions money, especially with the recent budget cuts. GPS synchronized clocks along with school bell systems and other related products can save schools money in a variety of different ways, from low-to-no maintenance, to more precise labor monitoring.

Often, manufacturing companies rely on precise time keeping of the quality that only GPS synchronized clocks can provide. Companies can take advantage of the reduced costs and efficiencies that are created when timekeeping becomes more accurate. The companies that manually manage power, especially, can benefit from great cost savings by utilizing intelligent power management that is synched with GPS synchronized clocks.

These clocks help manufacturers reach their profitability and manufacturing goals through lower costs and higher efficiency.

Government agencies use GPS synchronize clocks to coordinate meetings and activities throughout large systems of buildings. Synchronized clocks can help this effort along and can make running government agencies more efficient and therefore, more cost effective.

Unless someone operates one of the huge corporations that occupy massive office buildings in America’s urban environments, it is hard to fathom the many ways in which company dollars seem to fly out the window due to staff arriving late for work. Presentations, meetings and training sessions must adhere to strict schedules in order that everything fall into place. Studies have shown that when someone shows up late to one of these events, it unavoidably causes distractions, repeat discussions and less progress made. This all adds up to monetary losses to the companies. Furthermore, laptops, copiers, computers and fax machines consume huge amounts of money after hours. All of these problems can be assisted or remedied by the utilization of GPS synchronized clocks.

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Sending a wireless signal through a hospital, whether through multiple buildings or interfering infrastructure, can be challenging. Hospital wireless clocks provide certain challenges which require careful consideration. In transmitting a wireless signal, barriers like a room surrounded by concrete and rebar or a building on the other side of a hospital campus will often pose a problem to the quality of the signal, and therefore the functionality of the wireless equipment as well. A common, yet inefficient solution to this problem is the use of high power transmissions, where if your wireless signal needs improvement, all you do is increase the power.  By all means, this does work, but unless you are not concerned with transmitting high power radio waves through the air inside the building or costly FCC High Power licenses, this is not exactly the healthiest or cost effective route.

Hospital Clock Systems

Consider a hospital clock system. Many new and even older hospitals have thrown out the wired system and installed wireless clocks that are easier to maintain as well as control. But how well are these clocks receiving a signal? The clocks in the same building or range as the main transmitter are receiving the transmission fine, but what about the clocks in the other building located a half a mile away and on the other side of the parking garage? The signal to these particular clocks could very well be suffering or nonexistent, therefore compromising the accuracy of their synchronized time.

Wireless Clocks in Healthcare

There is a solution to getting around this problem -one that doesn’t involve increasing the power of the transmitter. Spanning long distances and getting through concrete walls is done safely and successfully through the use of repeaters. Repeaters do one thing: re-transmit the wireless signal, inevitably increasing the signal span that originally comes from the main transmitter. These simple yet efficient devices are what allow the wireless clocks in the remote building to receive the same signal quality as the wireless clock positioned right next to the main transmitter.

Wireless Clock Technology

The repeater is a more practical solution over high powered transmitters for a number of reasons. First, repeaters are inexpensive. The cost to benefit ratio of implementing a transmitter of five times the power of a normal transmitter is astronomical compared to the purchase of one to three repeaters, especially when both improve the signal equally as well.  Second, the energy consumption of a repeater is low, especially when comparing it to the consumption of a high power transmitter. Repeaters transmit their signal over a low and consistent wattage, making it energy efficient as well as cost efficient.

Hospital Wireless Clocks

When trying to get around these challenges with wireless technology in a hospital, where distance and interference become the two biggest issues, proper equipment is required. Increasing the signal strength for every extra foot of signal range required is inefficient, as well as unnerving. For wireless devices, especially hospital wireless clocks, repeaters can easily and efficiently improve and equalize the signal quality of a wireless system.

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Casio is a company that was started by Tadao Kashio in Japan after World War 2 in the year 1946. First they manufactured Cigarette Holders, moved on to calculators, created quite a stir, and then dived into watch-making. Since then, there is no looking back for Casio, and today Casio Watches are found worldwide and are considered finest amongst many others.

Since Casio earlier manufactured calculators, when they started with watches, in order to stand out, they installed mini-calculators in the dial which was a huge hit in their heyday, and these watches were used prominently by teachers and students as well. After this, Casio Timepieces always had a unique style and they delivered the most different and most sought after watches, with innovative styles.

Casio Watches always stood out, the different editions and collections of watches would provide its users with different time zones, weather details of different places with a thermometer and barometer installed watches that could set the alarm etc. A special collection of watches was launched for mountain climbers which displayed altitude along with the time.

Due to such exciting wristwatches, Casio Watches became the most favorable watches of all time and surpassed the other brands in true technology development. They also came up with a collection of watches known as the wave-ceptors, which could read the radio signals that would enable the watch to maintain the right time continuously.

Along with these highly advanced watches, Casio Timepieces also include other types, like the regular watches with leather and steel bracelets with different sizes and colors and different dials such as the Casio-G Shock watches for men and the Casio Baby-G Shock watches for women that can be used by everyone, casually or for work, or for other important social meetings or parties. These watches are used by the people who do not need to purchase watches with advanced technology. This line of Casio Watches is inexpensive and durable.

Casio Watches, with their huge collection of many different kinds of watches have made a mark in the business of watch-making and are moving towards great success rapidly because of their unique blend of superior quality material and high end technologies. These watches boast of style and elegance, yet classic and simple looks with various prices that interest any potential buyer or watch lover. Because of all these qualities, Casio Watches are always the ideal choice.

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Analog
The opposite of digital. This means that the watch is showing the time by using hands, instead of digital numbers as in digital watches, often with floating crystals (lcd).

ATM
ATM (atmospheric pressure) is the pressure of the Earth’s atmosphere and it is used to show the amount of pressure a watch can withstand under water. When a watch is under water it is subjected to pressure. One ATM watch will withstand pressures equivalent to about 10 meters. 10 ATM’s is suitable for swimming, and 20 ATM’s is suitable for diving.

Arabic Numerals
Arabic numerals are the numbers used in our everyday-life. Other common numerals are the Roman and the Indian numerals.

Automatic Watch
The watch is wound by the motion of the wearer’s arm rather than through turning the winding stem. A rotor that turns in response to motion winds the watch’s mainspring. If an automatic watch is not worn for a day or two, it will be powered by its power reserve for about three days.

Case Back
A backside of a case. There are two alternatives, either a snap case or a screw case. The case back can even be transparent leaving the movement visible (a skeleton watch).

Linear Time Display
A linear presentation of time instead of a circular as in analog watches.

Case
The movement is mounted in the case. Even known as clockwork.

Tang Buckle
A tang buckle is the classic clasp, and is used mainly on leather, rubber and plastic bracelets. The clasp has a loop in it. It is used like a traditional leather belt.

Perpetual calendar
Watches with the perpetual calender automatically adjusts for all months and leap years.

Crystal
A watch crystal is the transparent cover that protects the watch face. They are usually made of two types of material; sapphireglass or plexiglass. The more exclusive watches use more often sapphire, since it is more resistant against scratches. The advantage of plexiglass is that if it brakes, it does not shatter.

GMT
Abbreviation of Greenwich Mean Time and corresponds to the more modern term UTC (Coordinated Universal Time). GMT is the basis of every world time zone which sets the time of day and is at the centre of the time zone map. Unlike GMT, UTC uses a 24-hour format. GMT in the watch world means that the watch in question supports two time zones.

Guilloche
A type of engraving in which thin lines are interwoven in a pattern. A genuine Guilloche is engraved on the dial, which is a very expensive method. This is why most of the watch manufacturers often stamp it on the dial. Breguet is one of the manufacturers who still engraves the Guilloche on their watches.

Power Reserve
The time the watch will run with a fully charged power supply. The power reserve for a quatrz watch is the time between battery changes.

Hesalite
Hesalite is a plexiglass, used especially by Omega. The advantage is the same as with the regular plexiglass, the surface does not shatter if it brakes.

Hour Markers
Markers indicating the hours on the dial.

Jewel
Jewels act as bearings for gears in a mechanical watch. The jewels reduce friction to make the watch more accurate and longer lasting. If a watch has plenty of jewels in the movement, it is of high quality.

Caliber
A watch with an advanced caliber means that the watch propably has many complications, such as perpetual calender or a chronograph. The caliber also determines the length of the power reserve.

Complication
Complications are the functions of a watch. More complications means more functions. Watches with a lot of complications are also known as Grande Complication watches.

Chronograph
Chronograph is a watch that includes a built in stopwatch function. A timer that can be started and stopped to time an event.

Chronometer
A watch to be called a chronometer, it must meet certain very high standards set by the Swiss Official Chronometer Control (C.O.S.C.).

Quartz
A quartz clock is a clock that uses an electronic oscillator that is regulated by a quartz crystal to keep time. Watch manufacturers use synthetic quartz crystals rather than natural ones because they have more consistent properties. Quartz watches are often very accurate.

Smiling Watch
A smiling watch is a watch displaing time ten to two or ten past ten. The hands form a ‘smiling’ face on the dial. All the manufacturers and watch dealers display their watches as smiling.

Mechanical Watch
A mechanical watch must be wound manually (by hand).

Minute Repetition
A complication on a watch that can strike the time in hours, quarters, or seconds by means of a push piece. This complication is considered to be the most complicated of them all.

MOP or Mother Of Pearl
Material used on watch dials. Gives the surface a beautiful shimmering color. Mother-of-Pearl is an organic composite material.

Moon Phase
An indicator that keeps track of the phases of the moon.

Deployment Clasp
A metal clasp that connects the two ends of the watchband. When the clasp is fastened, the buckle hides the deployment mechanism. Compare with the Tang Buckle

MOP or Mother Of Pearl
Material used on watch dials. Gives the surface a beautiful shimmering color. Mother-of-Pearl is an organic composite material.
Rattrapante
A very advanced complication including two seconds hands. The other is able to move separately. It makes possible the measurement of split second times or timing simultaneous events of unequal duration.

Bezel
The ring that surrounds the watch dial. The bezel is usually made of gold, gold plate or stainless steel.

Skeleton Watch
A watch in which the case and various parts of the movement are of transparent material, enabling the main parts of the watch to be seen.

Tachometer
Tachometer measures the speed at which the wearer has traveled over a measured distance. Converts the seconds in to kilometers per hour.

Tritium
Tritium is a slightly radio-active substance used for its luminous effect on watch hands and hour markers. The radiation is so low that there is no health risk. Watches bearing tritium must be marked as such, with the letter T on the dial near 6 oclock.

Tourbillon
Tourbillon is a watch mechanism which compensates for vertical positional errors with the help of a rotating platform. Tourbillon was invented in 1801 by Louis Breguet and is manufactured in various forms by several watch manufacturers.

Water Resistant
100 M marking on a watch does not mean that watch is water resistant up to a 100 meters, it is a code for water resistance. 100 M (10 ATM’s) is suitable for swimming, and 200 M (20 ATM’s) is suitable for diving.

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Are you searching for a fashionable watch? There are a lot of things that one must think about. Cost is, obviously, a significant factor, but no less essential is the appearance of the timepiece and its competence. Those looking out for a fashionable Asian wristwatch must therefore look into buying a Seiko watch. Possessing Seiko watches is verified to be an enduring investment. As people say, you acquire what you pay for, and even more. The superiority talks for itself. These timepieces are extremely consistent and perfect in time keeping. Similar to the Seiko Spring Drive, the equipment of its mainspring instrument is to drive precision in time parameter.

More significantly, Seiko watches are recognized not just for their technology but as well for their sturdiness. It is constantly very appropriate timepiece for everybody. The Seiko Sportura and Seiko Dive are exceptionally suitable on sporting events and open-air activities. The Seiko Quartz is most excellent throughout informal occasions. Whereas the Seiko Kinetic Series, Seiko Chronograph all these watches are suitable for daily wear. The internet offers grand pictures of the diverse models and superiority parts and is assured by Seiko Watch Company. Every style is strictly manufactured to go with the personality of their clients.

Seiko timepieces these days are utilized for numerous significant events. Most particularly, the Olympic sports event has used these wristwatches as their official watches for the reason that they are famous to be astonishingly perfect. Even though the Seiko Company produces a lot of diverse styles of timepieces, the most well-liked kind of Seiko watch is the wristwatch. Because this corporation is one of just a small number of that manufactures each facet of the timepiece in-house, these timepieces are famous for their superior technology.

The Seiko brand produces both automatic and quartz timepieces. Few of types of Seiko watches do not need any battery at all. As they are power-driven by daily wear. Seiko wristwatches differ according to price; they are economical usually being less than $100 and the classiest which cost around quite a few thousand dollars. If a person is a collector of these timepieces, it must be prominent that the Seiko Company does not make all sort of watch accessible in all the areas. In fact, there are a lot of types of these timepieces that are just offered in Asia and not all over the world.

If you are searching to buy a Seiko timepiece, you must first check with the phonebook for trustworthy timepiece sellers, or go online to search some online stores. Undeniably, this kind of timepiece is the perfect option for those searching for a timepiece that is both stunning and competent.

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When it comes to accuracy in timekeeping, GPS automatic clocks are as good as it gets. These clocks are made possible with the world’s most reliable and accurate synchronized clock system technology. They are accurate to an almost unimaginable fraction of a second. This is true even when the power goes out, because they are capable of storing data until the electricity comes back on, unless, of course, the power stays off for an unreasonably long period of time.

These clocks have outstanding transmission, flexibility and range. They are perfect for any time-sensitive setting. They are used for government applications as well as in commercial office buildings. They are perfect for schools, and in particular, institutions of higher education. They are relied upon by many hospitals as well.

Time signals are wirelessly transmitted from global positioning satellites that guarantee the accuracy of these clocks. Daylight Savings Time is never a problem, because they adjust automatically. This saves the valuable labor costs for the time that is normally required to manually set each clock. In a large institution such as a college or university, this can mean hundreds of dollars of savings for just one day’s function. GPS automatic clocks work continuously, every hour of every day.

They provide superior signal transmission to assure problem-free accuracy. Furthermore, they give full coverage across an entire university, hospital or work facility, or anywhere else they may be needed. These clocks are one hundred percent FCC compliant and installation is available by their distributors. Furthermore, prior to their installation, most dealers of GPS clocks analyze the worksite to assure the client receives the very best system that fits the needs of their place of business.

GPS technology is utterly amazing. The one thing that airline pilots, sailors, truck drivers and hikers all have in common is that they rely on GPS clocks, some without even realizing it. Every car that has a GPS navigation system installed also benefits from the accurate time recorded by GPS automatic clocks. There are 24 GPS satellites in orbit right now. Each of them has 4 Atomic Clocks on board. A triangulation of time signals is broadcast from orbit allowing GPS receivers on earth to pinpoint their own locations with precise accuracy. This coincides with the 100% accuracy of the clocks.

Purchasers of GPS automatic clocks are not limited to one style or size. These clocks come in a large assortment of sizes, configurations and attractive styles such as brushed aluminum frames or a company logo or school mascot. There are even models available for the upscale workplace that have solid hardwood frames that are available in a number of different finishes.

GPS automatic clocks can be used anywhere on the planet with a convenient, reliable, secure and unstoppable accuracy. GPS automatic clocks are perfect, whether a client needs to coordinate school bells to cut down on confusion or monitor a time-sensitive medical procedure.

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2. Accuracy in Timekeeping – Atomic Clocks and Time Servers
3. Accuracy in Timekeeping Clocks and Their Development

Ever wanted some thing unique and lovely! Liquid filled products are one of the most aye catching items the world has seen and are really meaning full to the people.

There are many companies around the world that produce liquid filled items. Most of them are promotional products like mouth pads, pens, key holders, mousse mention them. The liquids in which these products are filled usually glitters and attract revealers to have them and these items have helped producers to market their products.

Most of these items may contain the addresses and products produced by companies hence marketing those companies and in most cases these items for the sake of promotion are given out free of charge to help create market for some companies.

There are other liquid filled items which are not just for promotion for example gas controllers, watches, clocks, weighing scales, radios and sports equipment like lawn tennis rackets and table tennis bats. These are real products that have costs attached to have them since these can help people in their leisure time to play games with some distinct equipment adored by the youth most often.

In addition some transparent liquid filled balls have been made and these are not used for playing but rather are made as prizes for winners. Gas is used to carry out many functions since it is a source of power used in factories and homes all around the globe; weighing scales are used in measuring products’ weight while clocks and watches can be used in homes and outside for timing.

Some people love these liquid filled items and some give them to their loved ones as gifts since some of them are made in form of flowers and love hearts. They really mean a lot to love birds since they have sharp colors that make them beautiful. Also some people prefer to put their photos in liquid filled photo flames that make them look elegant, such flames are always hung in peoples living rooms to give the house some life since they are true sense of art.

In addition such items can be used for decollating at parties. Some of the filled items are made in form of balloons and oval shaped lights that give a true sense of decollation. Places decollated with these items look very beautiful, colorful and high class. There fore items filled with liquids are loved all around the world and bring life to many people.

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John was not happy, he had put fourteen years into his marriage, doing what he could to make it a happy one. Then after fourteen years he found out that his wife was having an affair with an old high school flame. He thought that they had fourteen good years and he was blissfully unaware of any problems. Now he is struggling to comprehend what has happened, his world has come crashing down around him and his mind feels like it is no longer his own. He finds it difficult to be positive about anything as everything has become tainted by the affair. His mind has gone into non stop overdrive, analysing everything about his marriage, wondering what he did wrong, wondering what they did together. A part of him wishes that he could turn the clock back to before he discovered the affair, when he was still happy. John is struggling to see a way out of the mess, wherever he looks he sees negativity, he feels like he is losing his mind. What is happening to John is not unique. No matter who you are, if you have been dealt a blow like this you will feel like your mind is no longer your own and that it is plagued with dark and ugly thoughts. Although it is easier said than done, you have to learn to control your thoughts and do not let the affair consume you.

If you have just found out that your spouse has had an affair, it is like your world has come to an end. You have been betrayed, you try to look to the future that you once saw but can no longer see anything. If like John you thought that you had a good marriage this betrayal is made worse by the belief that you can no longer trust your judgement, can you ever trust again?

You want and need to understand why the affair happened, and what happened. As the victim in this you will be trying to comprehend something that is often totally incomprehensible. As you try to think things through you start to question the validity of the foundations of truth, trust, commitment. You wonder if the values that you held dear held any worth or meaning.

Are these thoughts causing you grief. I do not think that our marriage can withstand the strain. I hate them, they are scum. The sight of my loving spouse repels me. What have they got that I do not? Are they better looking? Do they have better prospects than I do? Is it because I put some weight on? Have I spent too much time with the kids and not enough time with my spouse?

The list is endless.

The negative thoughts that you have to endure mix in you as the victim, your spouse who betrayed you, and what will happen to your marriage. The affair consumes your mind so it becomes all that you can think about, and everything that you do becomes defined in relation to the affair.

Negative Thought Loops

Just like anyone in your situation you need to know what happened, you crave all the details. Any time that you think about the affair mind becomes cluttered with images that you do not want to see, but you are unable to help yourself from visiting them again and again and again.

Until you are able to take action and learn how to control your thoughts they will haunt you while you sleep and awake. You will not be able to escape your negative thought loop overnight, it will take time. Being only human you will have days when you make no forward progress, you might even slip back a bit, the important thing is not to let it get to you and to keep pushing forward. If you keep working at it you will reach the point where you have healed your mind and are once again in control of your thoughts.

Reclaim Your Inner Sanctuary

Why would anyone want to live a life of unalloyed misery when they did not have to. Your mind is your inner sanctuary, however, you are the only one who can take it back. Your are the victim in this. I am certain that your spouse did not consult you about their affair, and you certainly did not ask for this to happen to you. It is unfair that your spouse betrayed you and that as a result you are unable to find any kind of peace. Much as you would like to, you cannot change the past, it has happened and you need to accept that.

What you can do is to influence your future by managing your thinking. Negative thoughts are vile things with tremendous staying power. But if you are ready to take them on then you can beat them back with positive replacements. However, before you can look at rebuilding your marriage, you have to protect yourself. It is going to be a long time before you can bring yourself to trust your spouse. If you want to stand any chance of saving your marriage you are going to have to start on it before you fully trust them. In order to protect, yourself you need to see some massive changes in how your spouse acts before you can deal with your thoughts.

Once you are ready to regain control of your thoughts you can use these three steps to get you started.

1. Track your thoughts.

You need to be able to track your thoughts, and learn to recognize the signs of your negative thoughts as they occur. For example, if you wanted to lose weight, then you would track what you ate. As you track what you eat you will begin to identify how to modify your diet in order to achieve your goals. On the other hand, if you want to stop smoking then by tracking how many cigarettes you can find that you start to smoke less.

So, when you track your thoughts, you need to develop an awareness of the times or places when you are: Less likely to have negative thoughts. More likely to have negative thoughts.

Or where you have no or hardly any negative thoughts.

Step 2. You need to identify your negative thought-loop patterns

Try to identify patterns for when you experience the thought-loops, such as specific times when your mind seems unable break free of negativity. Do these loops occur at specific times of the day? Maybe when you are trying to go to sleep? Or when you are on the daily commute to and from work. Or are there any other times of the day when you are affected?

Does engaging in a specific activity trigger a loop? Is there a movie or movie genre that affects you? Maybe you could be affected when you go to a favorite restaurant? Think about other locations or activities that could trigger a loop.

Are these loops specific to something that you see or hear? For example hearing about an affair in the news, newspaper, radio, T.V or a movie? Can you think of any other triggers?

Step 3. Break negative thought-loop patterns

Once you have discovered the patterns that define when negative thoughts are occurring for you, create actionable steps that break the pattern, planning ahead for when these occurrences may crop up.

Time of day: If you’ve discovered that your thoughts turn negative at bedtime, change your bedtime ritual. Take a warm soak in the tub, or read poetry in your chair rather than the newspaper in bed. If these thoughts occur during your commute, listen to a book-on-tape.

Do anything that grabs your attention away from those thoughts and breaks the problem pattern.

During an Activity:

You may have found that your usual movie fare is contributing to those negative thoughts. So, switch your taste in movies, at least for the time-being while you are retraining yourself out of this pattern. If you normally sit down to a romantic comedy, choose an adventure film, or suspense. If your favorite restaurant is where you find yourself caught up in negative thoughts, find another restaurant-even if it has to be in a different neighbourhood.

Something You Unexpectedly See/Hear.

Maybe you’ve discovered that you are randomly broadsided by things you see and hear-you never know what will cause the thought-loop to launch. In this case, be ready: actively fight the thought as you realize it’s occurring. Have something in place that you can use to deflect your mind to a new subject.

For example, if you see a car that reminds you of the one driven by the paramour of your spouse, turn your head and look at a building out of your other car window (of course, not if this would interfere with your safe driving). If you hear something on the radio, lift your hand and turn the dial to another station.

Take an active stance of some sort to break the pattern, do not give it an opportunity to gain a foothold on your thinking, which means stopping the problem-thinking at the earliest possible time in the sequence.

In order to be successful at these techniques, you have to practice other thoughts when there is no problem thinking. You have to have a ready list of pleasant or positively entertaining thoughts prepared prior to the time one of these loops begins.

For example, when something brings up a mental image that would lead into a negative thought loop, have a standby image ready with which to replace it. Picture a bucket of turquoise-blue paint, and when an unbidden image pops up in your head, grab an imaginary paintbrush and lay the paint on thick, covering the scene.

In my program How to Survive an Affair, I share many more steps for controlling your thoughts, including ways to clear your mind so you can begin to own your own thoughts once again. I also give you advanced techniques and practical strategies to stop the haunting: fend off negative thoughts and end the struggle that comes from the flurry of emotions you’ve attached to them.

If your thoughts are not your own right now, there’s no point in needlessly suffering and feeling as if you’re losing control of everything in your world, including your own mind.

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High-growth economies such as Brazil, Indonesia, India and China have an emerging middle class and rapidly growing automotive markets. The vehicle retail price in these markets must be relatively low, putting cost pressure on components in these vehicles. Additionally, automotive markets in developed economies such as the United States, European nations and Japan are also seeing an increased demand for cost-sensitive solutions after the global financial crisis that began in 2008.

Traditional technologies used in automotive AM/FM tuners are typically BiCMOS tuners with a 10.7 MHz IF tuner architecture. This technology/architecture delivers on radio reception performance, but the process and architecture are cost prohibitive for mixed-signal architectures where RF circuits are integrated with digital processing engines such as DSPs and microcontrollers in a monolithic circuit to deliver fully processed audio outputs.

Digital low-IF CMOS AM/FM receivers very much fit the bill due to the much lower cost points of CMOS foundries and the use of a digital low-IF tuner architecture. Digital low-IF AM/FM receivers have been in use in the handset and portable media player markets for a number of years.

RF Dynamic Range

In crowded FM spectrums that are very common in urban settings, the abundance of radio stations can overwhelm the radio receiver tuned to a desired station whose signal strength is relatively weak. The most severe and common non-linear distortion resulting from strong interferers is third order inter-modulation (IMD3) distortion resulting from two strong close-in blockers that show up on-channel on a weak desired station tuned to.

In many applications an external tracking filter is used on the front end of the receiver to attenuate the blockers. This technique, however, is costly in terms of components and PCB real estate.To minimize IMD3 distortion products, the dynamic range of the receiver front end must be adequate.

Selectivity and Dynamic Bandwidth Control

Selectivity refers to a tuner’s ability to receive a weak station in the presence of stronger stations at small frequency offsets. This is especially important for receivers in crowded FM spectrums in urban environments. An important performance requirement, especially for European markets where the channel spacing is 100 kHz for FM broadcast, is adjacent channel selectivity, which refers to suppression of signals ±100kHz away from the tuned frequency and which is usually no better than 30dB in many tuners found in the low-cost category.

While 30 dB selectivity performance may be adequate for many field conditions, there are many situations in the world in which a listener is tuned to a station broadcast from a distant location while driving past towers broadcasting multiple stations in the local region. In this scenario, much higher selectivity is required.

Sensitivity

Sensitivity refers to a tuner’s ability to pull in weak stations. If you live in a rural area away from the transmitters of most radio stations, the sensitivity of a tuner will be of great importance. With current car radios, the performance requirements are typically microvolt level sensitivity, allowing the car radio to pull in an extremely weak signal and extending its ability to tune into a station dozens of miles away.

Alternative frequency (AF) Check

In Europe, alternative frequency (AF) technology is an optimal choice that allows the car radio tuner to tune to a different frequency that provides the same station when the first signal becomes too weak when moving out of range. This technology is often used in European car radio systems, enabled by radio data system (RDS) technology where the AF list is transmitted via RDS data.

In summary, continuing cost pressures in the global automotive market are driving the development and deployment of highly integrated and innovative CMOS radio receiver IC solutions that will provide significant cost savings in transitioning from traditional architectures and analog-centric semiconductor processes typically employed for car radio tuners.

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Copyright (c) 2007 Galleon Systems

This article explains how GPS Time server Systems achieves exact timing information to give a highly accurate timing reference for Network Computer time.

GPS System is a navigation system operated by the Military but also can be used by the civilian and does not need any subscription. The GPS System is known as an extremely accurate global positioning system. Each GPS satellite has an onboard a highly accurate atomic clock, ideal for supplying the correct time for computer network time synchronization.

GPS Time Servers: The GPS System exist of a constellation of 24 orbiting satellites, each has a precise atomic clock timing reference and covers the entire globe. The exact time information can be continuously broadcast from each of the satellites. You can receive the broadcast timing information with a relatively low cost GPS antenna and receiver.

GPS time is transmitted as Universal Coordinated Time (UTC), which is similar to Greenwich Mean Time (GMT). The UTC time is the same worldwide and does not vary regarding the time zone or daylight saving time. UTC is a very accurate atomic time standard sustained by Atomic Clocks located in national standards laboratories. UTC has consistent seconds distinct by the International Atomic Time (TAI) Institute.

GPS Radio Transmission: The GPS satellites broadcast information as very low-power radio frequency transmission. There are two designated frequency that are used, one for civilian use coded L1 and the Military use coded L2.The civilian L1 frequency is transmitted at 1575MHz. It can easiliy pass through plastic and glass but is blocked by metal and brick.

GPS Antenna Location: The precondition to receive transmission from as many satellites as possible is a good clear view to the sky. Ideally a roof mounted antenna is best with a full 360-degree view of the sky. Conversely, an antenna can be located on the side of the building with a 180-degree view of the sky if the horizon is not too obscured.

GPS Antenna Types: The GPS antenna is essentially a signal amplifier. The antenna improves the received GPS signals for transmission along a cable to a receiver for decoding. A Coax Cable is normally used to transfer signal information between the GPS antenna and receiver. These antennas can be provided in different shapes and sizes. The general antennas being pole-mounted are dome shaped antennas and small patch type antennas. The pole-mounting antenna screws onto the threaded pole for mounting. Whereas the patch type antenna is a small flat bottomed device ideal for mounting on a windowsill.

GPS Receivers: GPS Receivers decipher the GPS transmission received from the antenna into a useable format. NMEA is the most common protocol used by the GPS receiver. This protocol insists a number of sentences which provide a packet on information confirm of time, date and positioning information. The NMEA protocol quotes information indicating visible satellites and satellite location.

GPS time servers can use a specific GPS timing receiver. These timing receivers have additional functions to provide a highly accurate reference time. The timing receiver can also perform an automated survey and compare satellite Atomic Clocks to check for synchronicity. GPS time servers may also use an accurate pulse per second (PPS) output, which provides a highly accurate reference trigger for GPS timing, generated by the receiver.

GPS Antenna Installation: The gain of the antenna and the coax is important for the maximum cable distance that can be used by a GPS antenna and receiver. An antenna used with a GPS time server may have 35dB gain. RG58 coax has an attenuation of 0.64dB/m at 1575MHz. Therefore a cable length of 35/0.64=55m could be used. Higher quality coax has a much lower attentuation value allowing longer cable runs. Also GPS amplifiers and updown converters can be utilized to increase the cable length. Surge lightening arrestors are also recommended on externally mounted GPS antenna to protect expensive network equipment from potential damage by lighting strikes

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The GPS system is a satellite navigation system operated by the US Department of Defence. It essentially provides a subscription-free civilian timing and navigation service. GPS is primarily intended as a highly accurate global positioning and navigation reference. However, a by-product of accurate positioning is that each orbiting satellite also has an integrated highly precise atomic clock unit synchronised by the US Naval Observatory (USNO). It is therefore ideal for providing a high accuracy time reference for computer timing systems, such as NTP. This article attempts to describe simply, how network time servers can obtain accurate timing information to provide a precise reference for computer time synchronisation. It also discusses how NTP servers can utilise the atomic time generated by GPS to provide a timing reference for computer networks.

The GPS system is a constellation of 24 orbiting satellites, each with highly precise atomic clock timing systems onboard. The system provides a global service, which can be received anywhere on the face of the planet. Accurate time data is transmitted continuously from each satellite. The time information can easily be received with modern low-cost antenna and receiver equipment.

Time is broadcast from each satellite as Universal Coordinated Time (UTC), which is virtually identical to Greenwich Mean Time (GMT). UTC time is the same worldwide; it does not vary with time zone or daylight saving time. UTC is a high precision atomic time standard maintained by Atomic Clocks located in national standards laboratories. UTC has uniform seconds, as defined by the International Atomic Time (TAI) institute.

Each satellite broadcasts time and positioning information as a very low-power radio frequency transmission. The US Military designates two frequencies, one for civilian use coded L1, and one for military use coded L2. The L1 frequency is broadcast at 1575 MHz (1.575 GHz). These weak radio transmissions can easily pass through less dense materials, such as plastics and glass, but are blocked by denser materials, such as metal and brick. However, newer more sensitive receivers are being developed for indoor operation.

A GPS antenna needs to have a ‘line-of-sight’ view of satellites. Therefore, a roof-mounted antenna is ideal, with a full 360-degree view of the sky. Quite often however, an antenna located on the side of a building is adequate, provided the horizon is not too obscured by trees or buildings. The antenna is essentially a signal amplifier; it boosts the received signals for transmission along a cable to a receiver. Fifty-ohm coax cable is generally used to transfer signal information between the antenna and receiver.

The receiver decodes the signals received by the antenna into a useable, easily readable format. The most common protocol used by receivers is NMEA, which consists of a number of transmitted sentences. Each NMEA sentence provides a packet of information consisting of time, date and positioning information. The protocol also provides additional information such as visible satellites and satellite orientation in the sky.

NTP servers utilise a specific receiver tailored for timing applications. Timing receivers have additional functions and circuitry to ensure a highly precise reference time. They also perform an automated site-survey to compare satellite clocks for synchronicity. Time servers also utilise an accurate pulse per second (PPS) output generated by the receiver. A PPS output provides a highly accurate reference trigger for timing purposes.

The GPS system provides an ideal solution for computer network timing applications. Using the ‘free-to-air’ system, NTP time servers can synchronise to within a few microseconds of UTC.

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Keeping computer networks accurate and synchronised can’t be emphasised highly enough. Accurate time is essential in the modern global economy as computer networks across the globe are required to constantly talk to each other.

Failing to ensure a network is accurate and precise can lead to headache after headache: transactions can fail, data can get lost, and error logging and debugging can be virtually impossible.

Atomic Clocks

Atomic Clocks form the basis of the global timescale – UTC (Coordinated Universal Time). UTC is used across the globe by technology and computer networks enabling the entire commercial and technological world to communicate in synchronicity together.

But as Atomic Clocks are highly technical (and expensive) pieces of hardware that require a team of technicians to control – where do people get a source of such accurate time?

The answer is quite simple; atomic clock timestamps are transmitted by physics laboratories and are available from a whole host of sources – kept accurate by the time software NTP (Network Time Protocol).

NTP Time Servers

The most common location for sources of atomic clock generated UTC is the internet. A whole host of online time servers are available for synchronisation but these can vary in their accuracy and precision. Furthermore, using a source of internet time can create vulnerabilities in the network as the firewall has to allow these timestamps through and therefore can be utilised by viruses and malicious software.

By far the most secure and accurate method of receiving a source of atomic clock generated time is to utilise the GPS network (Global Positioning System).

GPS time servers are unique in that as long as there is a clear view of the sky they can receive a source of time – anywhere on the globe, 24 hours-a-day, 365 days a year.

They are also highly accurate with a single GPS NTP time server able to synchronise entire networks to just a few milliseconds of UTC.

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Today was our relocation day: we moved from our vacation apartment in Solana Beach in San Diego to the chic Sofia Hotel in downtown San Diego. On another brilliant day we arrived at the hotel at about 10 am, but our room was not ready yet, so we decided to embark on some brief local explorations.

Seaport Village’s Victorian, Mexican and East Coast style architecture and its four miles of meandering cobble-stoned walkways create an inviting waterfront environment for shopping and dining. The assortment of merchandise includes souvenirs, clothing, kites, wind chimes and unique gift ideas. Galleries and art retailers round out the offering, and live music is offered frequently throughout the year. An original 1895 carousel with hand carved animals enchants adults and children. Culinary options include four fine dining restaurants and thirteen casual eateries.

An outdoor exhibit of oversized globes currently adds extra interest to Seaport Village. ‘Cool Globes – Hot ideas for a cooler planet’ features 40 inspiring globes that depict simple solutions to global warming. The globes were designed by local, national and international artists and have been traveling on the road in places such as Chicago, Washington D.C., San Francisco and will be on display in Los Angeles and London in 2009.

Further north of Seaport Village is the Embarcadero which features the USS Midway, an aircraft carrier that was in operation between 1945 and 1992. It was donated as a museum ship and has been moored on San Diego’s Navy Pier since 2004. Visitors can tour the ship’s flight deck, mess hall, bridge, flight control area, officers’ quarters, sickbay and portions of the engine room. Evening events are frequently held on this massive ship and a café adorns the rear of the ship. A portion of the ship overlooking San Diego Harbor can be accessed free of charge while admission to the rest of the ship is $17.00.

San Diego has long been a centre for the US Navy and the area around the USS Midway features many reminders of military history including the Battle of Leyte Gulf Memorial, dedicated to a historic naval battle in 1944. The Bob Hope Tribute, also called the National Salute to Bob Hope and the Military, is an impressive collection of larger than life-size bronze figures that commemorate Bob Hope’s five decades of support in entertaining soldiers, airmen and sailors, starting in 1943.

The National Salute consists of 16 figures on a circular plaza that surround a sculpture of Bob Hope, entertaining the crowd in front of a microphone. The surrounding figures are authentic depictions of military personnel from different eras including World War II, the Korean War, the Vietnam War, the Cold War era and the first Persian Gulf War.

Among the many pieces of public art along this waterfront walk, one of the most stunning is ‘Unconditional Surrender’, a 25-foot sculpture of a sailor kissing a young nurse. The sculpture commemorates the moment when World War II was finally over, and joy and euphoria swept the world. Inspired by a famous photo of the V-J Day Celebrations on Times Square, this sculpture by Seward J. Johnson is on loan to the San Diego port until the end of February of 2009.

Further north along the waterfront is the Cruise Terminal, located at the B Street Pier along North Harbour Drive. San Diego is a port of call for many major cruise lines including Carnival, Holland America, Celebrity, Royal Carribean and Princess Cruises. Almost 620,000 cruise passengers arrived in San Diego in 2006. Local harbour cruises can also be accessed in this area, and a central office of the San Diego Convention and Visitors Bureau is located right across the street from the cruise terminal.

Now it was time to head back into the head hotel and finally check in. Within less than ten minutes I had arrived at the Sofia Hotel. The front office staff was very friendly, and our suitcases had already been brought up to Suite 602, a Deluxe Studio Suite. Our sleek modern bedroom was enhanced by a sitting room with a second flat screen television and an ergonomic desk. Our bathroom featured a full bath with a luxurious shower head, and a vanity area complete with fresh orchids in the bedroom area.

Always driven by my curiosity, I managed to convince two of the hotel’s employees to give me a tour of the entire hotel a few minutes later. Brian Wells from the front desk and Danny Miranda, a bellboy, graciously agreed and started by explaining the history of the Hotel Sofia to me. Two of the hotel’s towers were built in 1926 and opened a year later as the Pickwick Hotel. The property was part of the Pickwick Corporation, a company that provided 22 stage coach routes in California. The design was Neo Gothic and in 1928 two additional hotel towers were added.

From 1928 to 1944 the hotel even became the location of a broadcasting station called KGB (no association with the former Russian secret service agency). In 1929 Pickwick Stages merged with the Greyhound Corporation. During the 1940s and 1950s the Pickwick Hotel remained a popular tourist and entertainment location, and locals and guests alike enjoyed the Piccadilly Lounge. During the 1950s city council required the decorative architectural elements to be removed from the façade, to prevent potential injuries during an earthquake.

From the mid 1950s to the mid 1980s downtown San Diego experienced a protracted decline and lost its luster as a retail and entertainment destination. Now under new ownership, the Pickwick Hotel started to show its age as well.

New owners Ken Winslow and Harki Parekh purchased the property in 1986 and systematically started to repair the hotel over the next 20 years. With the opening of the immensely successful Horton Plaza retail mall, the rejuvenation of the historic Gaslamp District and the construction of Petco Park, downtown San Diego became a desirable destination again. The location of this hotel was absolutely ideal for us in our discoveries of downtown San Diego.

After this brief introduction of the hotel’s history, we stepped outside the hotel, which is located at the intersection of West Broadway and First Avenue. The statue of the businessman outside the entrance was dedicated to the Center City Development Corporation and City Council as a way of thanking the city for revitalizing this entire district. Brian pointed out that Horton Plaza and the Gaslamp District are literally just a 10 minute walk away. The Sofia is also just seven blocks from the waterfront and the Port area.

Talking about history, the Sofia Hotel became a member of the Historic Hotels of America last year and is the only historic hotel in downtown San Diego. A photo in the entrance area shows the radio towers that used to adorn the hotel in 1934 where 50,000 Watts of airwaves were beamed out all over San Diego.

In a hallway to the left of the lobby we stopped to admire some pictures of the renovation. Brass pictures of the designer, the architects and the owners adorn the wall. One of the pictures shows the renovation, and the unique thing about the entire remodeling process was that the owners kept 12 housekeepers as well as Brian and Danny on staff to help with the demolition. The team removed carpets, ceiling fans, sinks and toilets from 242 hotel rooms, and 720 old doors were ripped out. Danny and Brian said it was great to keep their jobs during the renovation phase and to participate in the transformation of this hotel. Their sense of ownership and pride of the newly restored and glamorous Sofia Hotel was obvious.

Less than three weeks away from Christmas, the lobby was aglow with holiday decorations. Brian added that the hotel currently features a total of 14 Christmas trees, all decorated by the owners. Real orchids adorn the common areas as well as all the hotel rooms. At the back of the lobby facing the entrance is a painting of a young girl on the beaches of Coronado. This girl, Ken Winslow’s granddaughter, is named Sofia and was the inspiration for the new name of the completely remodeled hotel. A cozy sitting area invites guests to sit down and relax by the fireplace.

To the left of the lobby is the business centre which features three brand-new desktop computers, high-speed fibre-optic Internet, colour and black %26 white printers and fax capabilities. This business centre is available to the guests 24 hours a day.

Strolling back out into the lobby we turned right into ‘Currant’, the sleek modern 120-seat restaurant on the- main floor of the Hotel Sofia. Established in 2007, Currant offers upscale American-French cuisine and is open every day for hotel guests and the public. High ceilings, graphic tiles, elaborate chandeliers, uniquely-styled furniture and a private room secluded with sheer curtains, offer a sophisticated ambience.

Heading upstairs now we were on the mezzanine level where several of the Sofia’s awards are proudly on display. Within less than two years since its reopening, the Sofia Hotel has won two Best of Citysearch awards as well as an Expedia Insider’s Select Award. This distinction is only granted to the top 1% of hotels. The restaurant has also won some awards, and the Sofia has also garnered an ASID Design Excellence Award.

Around the corner Brian and Danny took me to two state-of-the-art conference rooms that are equipped for video conferencing and projection. The larger boardroom holds 32 people while the smaller 20-seat boardroom is anchored by a massive antique wooden table. Down the corridor we stepped into the Yoga and Fitness Centre, an amenity that is open 24 hours a day. The hotel even has its own yoga trainer and offers guests TVs, DVD players, fresh towels, bottled water, and infused orange water. The Sofia Hotel has even produced its own yoga DVD!

After the common facilities Brian and Danny took me to room 633, a corner room. A standard room with a queen bed, this room offers an excellent view towards the Port of San Diego. A smaller-size but well-designed room, it features high-quality beds, therapeutic queen pillow tops and luxurious down comforters. A flat-panel TV, digital safe, ironing board and iron, and blow dryer add to the amenities. A coffee maker and a microwave allow guests to look after their most basic needs. Ice machines on different floors provide the necessary cooling power for a private evening retreat with champagne.

The hallways are decorated in a sophisticated sage green colour scheme and the carpet is of upscale quality. After the renovation, the number of rooms was reduced to 211 guest rooms, down from the original 242 rooms. The extra space was taken up by the conference rooms and the yoga / fitness studio.

Steps away in suite 601, Brian illustrated the conveniences of a private bedroom featuring a queen size bed and a sofa pullout bed in the sitting room. A queen-size suite can therefore accommodate up to four people. High-tech reading lights can be angled in any direction, and the alarm clock radio comes with an Ipod / MP3 docking station. Flat panel TVs are available in the bedroom and the sitting room. All the vanity areas feature attractive dark wood cabinets, all adorned with real orchids. Upscale soaps and toiletries pamper the guests, and bottled water is complimentary.

To conclude the tour, Brian and Danny gave me a few tips for exploring San Diego: Balboa Park, the San Diego Zoo, Seaworld, Old Town, Seaport Village and Coronado are among the most popular local tourist attractions. The upscale area of La Jolla and the Scripps Institute of Oceanography are a little further afield. I was already looking forward to joining tomorrow morning’s tour through the Gaslamp District, offered free by the Sofia Hotel. A visit to Balboa Park would round out our adventures in San Diego.

Not only had we found a great central location in San Diego; by staying at the Sofia Hotel we had also connected with local history and discovered a unique place that has tastefully preserved a 1920s property and brought it into the new millennium with top-notch modern amenities.

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If I were to build a time machine, it would have a very straightforward design.  It would have a square base with four isosceles triangles as its walls.  Its interior would be filled with a dense material of great mass such as granite or limestone.   Despite our Hollywood inspired conditioned image of a time machine, my time machine would be void of any electronic gadgetry.  Simply put, my time machine would resemble the Great Pyramid in Egypt.  If we take an analytical view of my equation, Rainer’s Time Longevity Equation, we note that Time (T) is a factor of Distance (D), Mass (M), and the inverse of Energy (E).

Rainer’s Time Longevity Equation

T=√D2x M x 1/E   

We can obviously travel forward in time by traveling on a very fast space ship (increased D).  Our personal clock would slow to a near standstill while those residing on earth would continue to tick away.  We could also freeze our bodies to nearly absolute zero, thus significantly reducing our basal metabolic rates (a decrease in E).  Obviously, not the most comfortable experience imaginable.  Lastly, we could build an enormous pyramid like structure with a very high mass(increase M).  The inside chamber could be equipped with a ventilation chamber system to allow access to air and food.  Sound familiar?  The Great Pyramids of Egypt exactly match this description. 

If we were to test our time machine by placing a five year old child in its chamber, an outsider gazing into the pyramid’s inner chamber would note that the child barely aged even after ten years.  However, the child peering out of the pyramid would note that his observers on the outside of the pyramid would grow old quickly before his eyes.    In addition, if the child wore a wrist watch, the time on his watch would be substantially behind the time on the outside of the pyramid once he emerged. The boy would have in fact traveled into the future.  Time is relative and the pyramid has the capacity to alter time on its interior relative to its exterior due to its extremely large Mass (M).

An interesting modern day experiment would involve the use of extremely accurate Atomic Clocks.  These clocks have the capacity to measure time within the thousands of milliseconds.  Let’s assume that we synchronize the time for two Atomic Clocks on the exterior of the Great Pyramid.  One of the Atomic Clocks would be placed in the innermost chamber of the Great Pyramid while the other atomic clock would be placed outside the pyramid.  After one month or longer, the recorded time from the atomic clock retrieved from the interior of the great pyramid would be notably behind the atomic clock’s time on the exterior of the Great Pyramid.  Hence, the pyramid served as a time machine, slowing time in its interior relative to time outside the pyramid.

Additionally, a second experiment could involve the life span of mice living in the interior of the Great Pyramid versus those living outside the pyramid.  Mice living in the interior of the Great Pyramid would be noted to outlive mice living on the pyramid’s exterior given that water and food remain readily available. 

Although modern physicists have noted that time slows near large masses, they have, and I believe incorrectly so, stated this phenomenon  to be due to ‘gravitational red shift.’   I assert that large masses distort space which secondarily increases the Time variable.  Furthermore, rapid forward movement (D) and energy (E) reduction also have a magnifying effect on Time (T).

The Great Pyramids are in fact time machines.  Whether the pyramids possessed the capacity to hurl time travelers hundreds or thousands of years into the future remains to be seen.  However, Egyptian Pharaohs may have used the pyramids to extend their life span i.e. a fountain of youth. Maybe the pyramids were used to buy time for those diagnosed with incurable cancers.  In any event, there remains no reason why similar structures could not be used today for similar purposes.

Naturally, if we erected pyramids of greater height and significantly greater mass, the efficacy of our time machine would substantially improve. 

Unfortunately, the price tag of our pyramid time machine would run into the trillions.  If we elected to build a time machine on a budget, we could, in fact, try another approach.  By burrowing underground we can capitalize on the mass of the earth and thus increase the mass (M) variable.  Secondly, if we burrowed in an arctic region of the globe, we could also capitalize on the Energy  reduction component (decrease E) of Rainer’s time longevity equation. 

Hence, a time machine on a budget would be a chamber deep into the earth’s interior with the potential to reach sub zero temperatures.

During World War II, German Nazis transported over 250,000 scientist and military staff and personnel to a region between 20 degrees East and 10 degrees West in Queen Maud land in Antarctica.  The nazis named this Antarctic region Neuschwabenland.  

Was Neuschwabenland modern man’s first attempt at building a time machine?  Perhaps on second thought, does an Antarctica time machine already exist?

Incoming search terms for the article:

• clocks outside of pyamids
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• the pyramids controlled weather
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• Wesco / Pyramid

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10/9/2010

Dear VIP reader;

It is so sad for me to witness once more the destructive power of a Plutonic Window upon the world. Yes as much as you can count on the Sun to rise tomorrow morning these ‘deadly Window’ will be there to hunt you and Pluto deadly lost children will dramatically and robotically act out those heavy criminal stars. As always I can only watch its impact upon innocent children, ignorant celebrities, your President, religious groups and the rest of humanity.

While the news reflects the tip of the iceberg, every one of you will somehow feel ‘the energy’ the sarcasm, the heaviness and worse suffer Pluto’s impact upon your own life. Meantime, back September 24th 2010 I wrote my usual SOS To The World (and visions) preparing the world with my quatrains and keywords for the news to be posted on CNN. In my eternal drive to educate humans on God’ signs and the working of the Cosmic Code I gathered some of today’s news as to offer the reader once more the opportunity to rise to Cosmic Consciousness and avoid future penalty (and/or losing your life.)

(CNN) — A gunman faces six counts of attempted murder after he opened fire at an elementary school in southern California and injured two students who were outside during lunch, authorities said.

Indeed Pluto is not only cold and calculated but deadly and if you watched the news lately much news media talking heads discussed how to stop certain *plutonic’ kids bullying others. Well I tell you right away, without Cosmic Consciousness the teachers will never know how to approach or fix this problem and like terrorists they are there to STAY! Do not dream, do not hope because ignorance plagues education all the way from the top (educational system) to bottom (kids) and rest assured like the police I have tried to reach for so many years, the terribly failing educational system will NOT explore anything they do not understand and consider taboo. If you are a newcomer to my work you may have to catch up by reading a few of my Dragon newsletters, especially the ones titled ‘Race To Nowhere’ published 09/04/2010 from Dr. Turi.

The dilemma that science, the parents, the educational system, the police and humankind at large faces is quite simple, you are ALL unaware of God’s celestial design, deaf to his universal will and blind to the signs…But the trouble is your intellectual educational political leaders while loaded with PhD’s ‘Piling Higher and Deeper’ inherited also a great dose of spiritual pride *EGO and will never appreciate/acknowledge the difference between education and intelligence. When the new crowd of ‘Teachers of Teachers of Light’ *my Astropsychology students, become operational the real chances to reach the children’ spirit outside of the current latent educational / religious conventionality the real chances for progressive changes  in the educational system will take place. Well some concerned pious parents believed otherwise, but now forced to wake up to reality because, even Christian schools are not spared or better or different than others as Pluto’s deadly will resides in ALL of the children UCI and penetrates it all. Only to a certain level I may add and the deadly/destructive Plutonic forces can be triggered anytime for good or worse. Gee do the educating adults have something else to learn about the kids’ psyches?

While my 525 page book ‘The Power of The Dragon’ explain much of what makes a bully,  a criminal a terrorist and offer deep insights about the most famous/infamous people that have made our human history NO one of the teachers has ever read it and worse, this book is not authorized/available to the kids in your  accredited schools and Universities libraries.

In my next Cosmic Code I will divulge to my VIP’s ONLY what make a bully a bully and the real reasons outside of accepted conventional psychology. Last night on CNN, while Dr. Phil made perfect sense to regular humans who poorly thinks like him, there is so much more behind the bullying phenomenon. If you like my work, the right and only way to learn, deal and help your kids is offered to you with priceless information. Meantime keep watching the news because it is just a matter of time when another Gay kid will commit suicide or when another killing rampage takes place ! Yes because I am usually right if you are reading and assimilating my work properly.

I WAS BORN A BULLY AND NO ONE WILL CHANGE THAT UNTIL DR. TURI REACH ALL OF US!

Let me tell you my own story about being bullied as a kid and, well before I offer you the solution you may  be able to grasp it.  I was about 12 years old and if you read my biography ‘Beyond The Secret’ you know my upbringing was very tough. No food, no running water, no restrooms were available in the old house infested by cockroaches and rats bigger than our army of cats. Yes looking daily in the trash for food on my way to school every day was as important as what pain my abusive *Plutonic teacher was going to inflict on my young body every day. Each Thursday Mr. Mesaoudi a (Pied Noir) took his class to the very small ‘stadium’ to play soccer. Just before the game we were all told to run around it for about half a mile to warm up before the game. I was first (what do you expect, Aries Dragon’s Head) and the toughest older most feared by all bully was following me. I made it first at the end and he did not like this at all and surrounded by his friends he started bullying me. During the race my short teared apart showing a bit of my butt and running behind me he saw it happening and was making bad jokes about it.

Like me this gypsy kid was tough and trained to deal with pain since for-ever and because of his size and meanness no one dared to challenge him. I was surrounded by a bunch of laughing but dangerous  young hyenas ready to strike and I knew if I did not stand for myself then they would keep harassing me for-ever. The overconfident bully came very close to me and this is when I stroked his face as hard as I could breaking his nose. Every mouths in the pack dropped watching their leader kissing the floor on his ass… I came to him and pretended to kick him in the face but stopped short and said looking straight in his eyes, ‘You picked the wrong guy to mess with, you better leave me alone or I’ll kick your ass again.’ Not only the bully later on became my friend but I owned his respect and those of all his friends.

But not all kids were born with a Martian (warrior) spirit  like me and many reincarnated souls while lodged in a male body, feel, behave and act like girls. This is what or how God karmically made ‘gays.’ I Explain this to religious fanatics or the bullies and see the changes but without my ‘Teachers of Teachers of Light’ tin operation the spiritually advanced educational battle is lost.  I hope you read my newsletter titled ‘ Are You Gay? Do You Want to Understand Why? published May 17th 2010 from dr. turi – SCROLL DOWN TO READ IT.

Dr. Phil and others ‘well read’ psychologists /psychiatrists etc.  suggestion to run away and tell an adult is the worth thing to do because you are dealing with a totally different Plutonic generation , the  teaching adults, can-not associate, relate or even understand. Thus their educated comments are not only laughable but also bring about dangerous repercussion (after school) and will never stop any bully. I have the key, the real answers and the solution but they do not read or even know about Dr. Turi’s independent 60 years old  worth research.  You do! This does not mean all the bullied kids out there should take karate courses and behave like I did, NO, nobody has to fight, it’s all about educating the kids at the right time with the right information. Indeed the answer to this dilemma is much gentler and so very easy to infiltrate in all our colleges and Universities, but who’s helping me to do so when ALL the parents, doctors, teachers and the entire educational system itself is unwilling and at loss?  Again did you read and really acknowledge my prediction on education posted 01/01/2010 (before this bullying business made the news) at DR. TURI

Let me remind you reader, because like those kids many of  you need to assimilate my work through repetition.  The new transiting Dragon (already in action) DEMANDS the world to cooperate and communicate in a Universal manner. This draconic energy will force a general restructure of ALL FORMS OF COMMUNICATIONS; this includes the printed spoken words, magazines, newspapers, radios the wood/paper industry forcing a new ‘Universal’ electronic means of communication. This ‘Act Of God’ will allow the world to reach a ‘liberal’ wider type of education preparing humankind for greater changes in communication/education as we approach the year 2012.

BUT WHO IS READING LISTENING AND HELPING ME?

I AM A SPOILED BULLY AND YOU WILL NEVER LEARN ANYTHING ABOUT IT IN MY SHOWS

Nature, man’s religion bloody folly reign -

Unlike you reader, 99.09% of the world do not get the real explanations of what and why temper rise and transform these famous pretty morons icons into ugly Plutonic battles. Now the similar moronic mass is being entertained by the same freaking bullies performing on dysfunctional TV talk shows or magazines the educational system is trying so hard to contain.  What a shame, right in their faces, the kids are being taught that being a bully pays off; smacking someone’s face brings attention to satisfy an oversize ego. OMG! In what a young lost world did I land on? But how much ratings would my own reality TV show teaching the Cosmic Code and what it means to be and correct a bully would bring? Would the moronic mass watch the latest fight of the Kardashian or tune up to upgrade their spirit to  become  a better  well informed human being? Yes you already have formulated your own right answer reader…

WHAT THE BLEEP THE POLICE KNOW?

(CNN) — A police officer was arrested Friday in Will County, Illinois, in connection with a two-state rural shooting rampage south of Chicago that left one man dead and three others wounded earlier this week, authorities said.

Now the prediction posted September 24th 2010 to the world at

Gee for years now I have proclaimed that Pluto rules the police force (and the criminals element )  and during his reign the bad Plutonic cops would become active, abusing  their power. Yes I have blamed the ignorant traditionally educated police executives and police psychologists to hire the wrong crowd of people to serve and protect us and WE the tax payers contributes to the total waste of time and money forced to deal with  this crazy cop and the ‘Rodney Kind’ Plutonic cops dilemma. But even with proof after proof and an immense collection of ‘plutonic’ events related directly to the police, collected and posted on all major websites, the Law Enforcement Agency Administration as of today are STILL silent and unwilling to deal with the truth. All I can do is to remind them of how truly deplorable they really are for ignoring the laws of the divine…DRTURI

WHO IS READING AND LISTENING?

Only a few weeks ago I was fired from Face book and lost thousands of fans because I started posting ‘Bush was WRONG: We ARE at war with Islam!’ Published September 14th 2010 from DRTURI these people needed more time to realize, acknowledge and assimilate the truth I guess. Meantime I have lost thousands of fans in the process because EVIL (or ignorance and fear) will always battle to silent the owners of the truth. But as always the future has been and will always be my most trusted witness and since then, CNN posted more and more distressing news about how Islam is perceived in the world.

If you take the time to listen to this Plutonic Christian minister addressing his congregation SOMEONE MUST BE RIGHT! Please before going further click on this link DRTURI and judge for yourself if my 1995 prediction DRTURI of a religious war is taking place or not..

WHO IS READING AND LISTENING?

Yes and if the US is not promoting its own Christian religious war  agenda then I must be my imagination… Of course the Muslims wants the same and you wonder why religious wars will never end until  some politicians STOP controlling the flow of religious dirt poisoning the minds of all the children of the world? The last two thousand years spent under the Age of Pisces’ deceiving religious agenda has poisoned billions of minds, trapping the scared uninformed spirit into illusions, fears and far from God’s celestial design. The problem is politicians tap on the God fearing mass to get elected while millions of others use it as a well profitable profession. Yes the means, tricks and words religious leaders use daily are uncomplicated to assimilate to the majority dim born human being making the advanced spiritually freed souls a serious minority.

And here you are reader, a vital part to this minority of free thinkers willing to explore the true essence of your creator and his celestial design…Yes we have a long way to go before the Age of Aquarius liberates humanity from spiritual oppression, and I am the one you have chosen to lead the way. In no way will this world change for the better  if humans are still performing, learning and teaching at the same level of understanding two thousands years ago. But this is too much to ask, too much of an intellectual effort for the common human being to perform… So here is the same old deceiving results if you do not help me to help your children to seek God’s celestial divinity, see his real face, hear and heed the 12 signs or the 12 apostles, the 12 hours of the day, the 12 months of the year, the 12 tribes of Israel, the 12 notes of music, the 12 sins, the 12 jury, the year 2012 etc.

One of the earliest examples of a steganogram is the early Christian symbol enslaving and challenging humanity to swim upstream into the stars, uncover God’s true identity, true manifestation, true signs where all immortal souls are coming from. But the sad reality ALL souls have been and still are swimming downstream into man made deceiving deadly religions… I need your help  to free the spirit of all the children of tomorrow.

Secretive Christian Group of Conservative Lawmakers Building a ‘God-Led’ Government

The Family was founded in 1935 by Abraham Vereide, who believed that Christianity made a 2,000-year-old mistake by focusing on the poor. Vereide believed God told him to minister to the powerful; the modern-day ‘kings’ chosen to enact divine will. Since then, these ‘key men’ — powerful politicians, well-placed executives and influential global leaders — meet for Bible studies and ‘prayer cells.’ Members of the family try to cultivate powerful leaders around the world — many of them despots — to enact their Christian agenda globally. The Family has always operated in secret; for more than 70 years, the group has influenced policy and business deals in the U.S. and abroad almost entirely without the public’s notice.

WHO IS READING AND LISTENING?

I NEED DR. TURI TO COUNSEL ME ABOUT THE MOON AND GOD’S TIMING!

Three dozen fall ill at Obama rally in Md.

BOWIE, Md. – About three dozen people were treated for illness during a rally featuring President Barack Obama at Bowie State University. Prince George’s County Fire and EMS spokesman Mark Brady tells WTOP numerous ambulances were sent to the rally after people started fainting and became dizzy. The problems may have been related to warmer temperatures Thursday. Brady says crowds at the rally were outside and packed shoulder to shoulder.

Well your President (and advisers) are depraved of Cosmic Consciousness and like Self-help guru James Arthur Ray the  news, the same type of story somehow repeated itself with President Obama’s ignorance of the Cosmic Code rules and God’ signs.  Again bringing people together under a Plutonic Window and during a waning negative moon is seriously wrong. Luckily for our President no one died…

I WISH I HAD A COPY OF DR. TURI 2010 MOON POWER BEFORE KILLING MY FOLLOWERS.

Yes you must recall last June 18, 2010 … 2 Dead, 19 Hospitalized After Arizona Sweat Lodge did go Wrong. But aren’t these leaders supposed to know better? The fact is they DON’T and like the Army Generals or the conquistadors of the past etc. the positive/negative outcome was already fully written in light but NO ONE knew how to read and use this rare wisdom at their advantage.  The only knew how to learn and follow the stars PHYSICALLY omitting their precious incredible spiritual cargo. And this is what I am proposing each time I write a newsletter and only a minority of my world wide reading audience is or will be able to GRASP the rarity and supreme values of my wisdom. People seems to readily sign up for mundane subjects based upon their fears of the government, losing control, entertainments, sports, religions or God knows what advocates of conspiracies offers. But what about grasping the essence of God, the Cosmic Code rules and  the stars, where everything and everyone on earth suffer their jurisdiction?

YES WHAT DO WE KNOW CHRISTINE? we are so innocent, so gullible…

Washington, Sep 20 (IANS) A Republican leader who is contesting the US Senate election scheduled in November this year, has admitted that she once dabbled in witchcraft.  Christine O’Donnell, the Republican nominee from Delaware, had confessed on a popular television show ‘Politically Incorrect’ (that wasn’t aired) that she hung around people practicing witchcraft, the CBS News reported Monday.

I am at loss myself when I fall short of words trying to explain to humans that it ALL STARTS and finish with the Cosmic Code rules and yet the majority of humans don’t get it. It’s like saying why bother working for others and be dependent of THEM to make a living? Don’t you yet have realized that you inherited celestial tools that could turn you into a millionaire if you only knew or took a chance on Dr. Turi?

Or why electing a politician that has changed his/her religions a dozen times or even tried witchcraft to reach a position of control? Can’t you see the stars at work? Can you see this young souls has NO solid grounding, no direction, no critical thinking enunciating a very young soul reflecting a very limited UCI *Unique Celestial identity. But if humanity does not wake up and learn to read the sign properly more and more morons will end leading you to many certain disasters. After all, the German people had NO Cosmic Consciousness when they elected the evil spirit of Hitler to run their future but has humanity learned anything yet? NO!

But why? because the Divinity of ‘ Our Father in the Heavens’ and the ministry of Jesus (and ALL religious icons) true messages were altered, changed, manipulated to fit a multitude of PLUTONIC greedy, abusive souls that were born before you did. A Plutonic soul is relentless and will use any and all means to gain power over you, they are masters in disguise and will tell you anything, they are hypnotic in nature, well read in the needs of what the moronic, uneducated mass wants. My good friend, world top conspiracy champion, David Icke perceive these power angry, greedy people as  transforming ‘LIZARDS’ and all I can say to  his ‘awakening’ a few years ago is that; the  Dragon’s Tail poisoned his subconscious perception where reality and imagination battled for supremacy. But David is like any other human being, responding, acting, translating his own perception of reality through his own supremely inquisitive genius UCI he, you and I are enslaved to suffer, uncover, decode and control. Yes many souls undergo such drastic mental changes and some end up possessed, schizophrenics, crazy, lost, depressed victimized by serious panic attacks. And these are the lucky ones because many others ended up committing suicide to stop the nightmare.

Yes during our human evolution ‘saints’ saw all sorts of things or suffered ‘REVELATIONS’, i.e. Joan of Arc or any Neptunian lost soul talking to God you may know or deal with… OMG! there is so much you do not know readers and you trust and trust, follow, read and listen or worse, put these spiritually ‘deceived’ people in position of power? And you wonder why humans are totally sick in body, mind and spirit nowadays?  Humanity needs a supreme upheaval of its mental capacity or commit mass suicide to exit this dance of evil consuming their spirits.  Am I the only one to sense, perceive and explain this universal phenomenon?

‘Where Cosmic Consciousness is lacking, religion, conspiracy and imagination does the rest.’ There are no accidents just consequences the five logical human senses cannot perceive.

Dr. Turi

Do you know that where ever Pluto is located in your chart, death, supreme power, supreme wealth and relentless drama can enter your life? Do you know that billions of people died just because they did not know this fact? Do you know that the will of humans or the part of God in each one of you is stronger than Pluto or any star? Do you know that understanding and using your Plutonic nature positively can bring you to the top of your career? Do you know that nurturing and allowing the deadly Plutonic forced to manifest, attracts the bad elements of our society than will, in time kill you?

Do you know that where ever Neptune is located in your chart you have no grounding,  you are a fish  in the water, you are prone to be deceived and  this is where abusers will enter your life? Yes once you are vulnerable, guilty, lost any Neptunian leader can easily reach you ( Gurus, Scientology, Mormons, Witness of Jehovah or any of the 785 other religious denominations. Yes Neptunians can enter your life under the disguise of a dangerous gang member or committed Doctor who will prescribe/addict you with legal or illegal drugs. Yes a Neptunian can poison your entire body under the disguise of a sexy, magnetic foreigner infecting you with a STD or AIDS. Yes a Neptunian/ Plutonic souls or a guru will mesmerize you to join his group, his congregation and kill you at the end i.e. David Choresh, Rev Jones etc.

Now a Negative Martian spirit becomes a friend with Pluto and Neptune (astrological group/aspects) and will translate into your life by a fated trip on a lake where the intoxicated party meets with their horrific accidental death. NO reader there are NO accident but celestial circumstances that humankind is slowly realizing as the eternal Universal Clock moves forwards imposing God’s will upon you all. But as much as those subtle stars above rules your thoughts, actions and destiny why not go UNDER those stars and realize once and for all how you STAND and understand my vital mission to bring forth your own Cosmic Consciousness so that you may lead a safer more productive life?

Is the latest periphery of KIM FIGHT more important than my mission? If so what the hell are you doing here? You see reader; you are NOT reading me or landing here by accident, for your subconscious or all knowing God sent you here. Yes you asked for answers you will never find anywhere else and now what? $5:00 bucks to gain the golden keys to what it means to human is too much to ask? Let’s be real reader, if you are really ready to master the divine and perceive God in action you KNOW you finally made it to the right place with me. But don’t expect me to spare your psyche because spiritual pride has no room here. If you think you know better than God, someone else or me what are you doing here? Hoops, it’s an accident? NO remember there are NO accidents and if you listen to your intuition you will join  my advanced spiritual family and add more pearls of wisdom to your own repertoire.

Unlike Self-help guru James Arthur Ray, I will not over charge your wallet and your spirit with BULL or meaningless super positive words of love, faith, trust where true wisdom and real magic is missing. Indeed you can sit on your couch and endlessly watch the movie ‘The Secret’ but I can assure you while very well produced to boost your spirit a multitude of crucial Universal Laws and Cosmic Consciousness are missing. And without them do not expect to benefit from the Universal rules because since you watched that movie what in your life has changed? Nothing, here is your answer reader.  With me be prepared to hear the facts of life, the truth, the rules because I am only a translator of the God’s Divinity and the truth never intended to please anyone. Thus if you perceive my words as rough, rude and cold may be you need to realize your own insecurity and/or inferiority complexes and ELIMINATE this weakness so you can deal and accept the undiluted truth with me. If not, you are, at this point in time and space NOT ready for my own highly advanced spiritual vibrations and in need of different wasteful stuff.

Thus simply sign up for any conspiracy theory to feed more of your fears or stay where you are  lost in darkness. Now others may erroneously perceive me as an egocentric spiritual Bully  who thinks he knows it all, but no I am not, I am only super confident in  my rare wisdom and as a Leader of the mind I behave as such offering compassion and respect when due. May be if you investigate me deeper you will get to know the real Dr. Turi because assuming is the worse thing anyone can do for himself!

Bullies were set and created by God to behave this particular awful way so they and their victims learn something yes?  If you enjoyed my deep feelings and teachings found in my newsletter titled ‘Why You?’ chances are you are in the right track to read and learn more about bullies, he human nature and  God expressing himself through the Cosmic Code rules.

Some called me a Prophet I am only a modern teacher, have so much to teach, so many Universal secrets to share, so many predictions to make and such a valuable guidance to offer those who trust and invested in me. I have to live it at that and for your own sake hope for you to realize I am me and gifted with a rare and real wisdom. Indeed Jesus Ministry never brought the fruits he intended  and the fact is plain to see thousands years later right here, right now on this totally messed up earth.  I was cursed /gifted to take on this challenge and help humans to grow to see the real light.  I am up against  science, religions, your infantile science and failing educational syndicated system. I am all alone against  envy, jealousy, incomprehension and ridicule.

But the little impact and great support I receive daily from you reader is giving me the strengths to carry on my mission to free your spirit from oppression  and revitalize you  with God’s mysterious Universal secrets.

Blessings to all

Dr. Turi

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Mitsubishi’s eclipse has been around for a long time, much longer than the Twilight: Eclipse, but it certainly hasn’t created as much buzz. In fact it’s been eclipsed by some other models, but your Mitsubishi Bloomington car dealership thinks that will change with the 2011 Eclipse GS Coupe.

Okay, enough with the eclipse puns. Seriously, this affordable model will blow you away. With a base price almost anyone can afford at $24,498 and an upgraded front-drive chassis and engine, customers of Bloomington, IL used cars will want to take a drive.

This car delivers. It’s not a Porsche by any means, but it has the power you need to get where you’re going and even feels like a sports car. The Eclipse GS is a low-to-the-ground ride with 18-inch ten-spoke alloy wheels and 235/45 Goodyear Eagle RS-A all-season rubber tires. Dual exhaust has been added for those who feel the need for some extra chrome.

What may rally strike buyers of Bloomington, IL used cars, though, is its balance. Not only is it fun to drive, but the lighter engine adds to that easy handling feel. The steering is responsive and smooth and the brakes have a similar feel.

Moving to the interior, you find heated, four-way seats that are perfectly contoured for comfort and everything you need within easy reach. Controls are easy to identify and the dash is a soft plastic that lends a luxury feel. Cruise control, auxiliary audio jack and electronic stability control and traction control all arrive standard.

Although the back seats will only truly be comfortable for kids – pre-pubescent at that – the fact that they flip down and increase the cargo space is a huge plus. The hatch gives easy access for stowing and going as well.

Fork over another $3,300 and you can get the Sun and Sound package which adds a power sliding glass sunroof with a sunshade, AM/FM/six-disc dash CD changer and digital processor, Rockford Fosgate Audio System with nine speakers, steering wheel audio buttons, display of outside temperature, clock and compass, auto-dimming rear-view mirror, Bluetooth, Sirius satellite radio with six months service and a rear-view camera with mirror display. Quite a haul for the price.

If you like extended warranties, you’ll get five years basic and roadside assistance and 10 years/100,000 miles on the power train. Your Bloomington car dealership is proud to be able to offer such great service and urges customers who have never been behind the wheel of a Mitsubishi Eclipse to come in for a drive.

Although this isn’t a luxury car, with the Sun and Sound package you will have plenty of features to keep you comfortable and entertained.

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When we speak about GPS we are actually referring to GPS receiver.  The Global Positioning System or GPS is in fact a constellation of 27 Earth-orbiting satellites, 24 in operation and 3 extras in case one fails.

It was developed by the U.S. military and was implemented as a military navigation system, but was soon opened to everybody.

A GPS receiver’s job is to locate four or more of the solar-powered satellites, figure out the distance to each, and use this information to deduce its own location.  

It figures both the location of at least three satellites above a user and the distance between the user and each of those satellites by analyzing high frequency, low-power radio signals from the GPS satellites.   

More improved units have multiple receivers so they can pick up signals from several satellites simultaneously.

At a particular time, the satellite begins transmitting a long digital pattern, which we refer to as the pseudo-random code.  The receiver begins running the same digital pattern the same time it was transmitted.  

When the satellite’s signal reaches the receiver, its transmission of the pattern will pause a bit behind the receiver’s playing of the pattern.

The length of the delay will be equivalent to the signal’s travel time.  The receiver multiplies this time by the speed of light to find out how far the signal traveled.  Assuming the signal traveled in a straight line, this is the distance from receiver to satellite.

In order to make this measurement, the receiver and satellite both need clocks that can be synchronized down to the nanosecond.  

To make a satellite positioning system using only synchronized clocks, one would need to have Atomic Clocks not only on all the satellites, but also in the receiver itself.  

However, Atomic Clocks cost somewhere between $50,000 and $100,000 so it is a somewhat too expensive for everyday consumer use.

With this problem comes the clever and effective solution offered by the Global Positioning System.  

Every satellite contains an expensive atomic clock, but the receiver itself uses an ordinary quartz clock, which it constantly resets.  
Concisely, the receiver looks at incoming signals from four or more satellites and gauges its inaccuracy.  

In other words, there is only one value for the ‘current time’ that the receiver can use.  The correct time value will cause all of the signals that the receiver is getting to align at a single point in space.  

That time value is the time value held by the Atomic Clocks in all of the satellites. So the receiver sets its clock to that time value and it then has the same time value that all the Atomic Clocks in all of the satellites have.  The GPS receiver gets this atomic clock accuracy ‘for free’.

With the information given above we’ll understand that the most essential function of a GPS receiver is to pick up the transmissions of at least four satellites and combine the information in those transmissions with information in an electronic almanac, all in order to figure out the receiver’s position on Earth.

Once the receiver makes this calculation, it can tell the latitude, longitude and altitude of its current position.  To make the navigation more user-friendly, most receivers plug this raw data into map files stored in memory.

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by kon5518

Well, to delight in the very best music of one’s choice, it is vital to have a very good automobile music process that include state of your art functions and yet will come in your budget.
Nicely, it is worth to spend a bit additional cash on high quality item instead of to purchase low-cost tools that leads to quite a few glitches. Great automobile music tools will surely assist you in acquiring top quality item for suitable cost.

What to pick involving cassette player and CD/DVD?

While purchasing a new vehicle sound program, 1 really should always maintain four factors in mind including sound, source, power and bass. These are the fundamental check list items that ought to be kept in mind before investing in the auto sound process. Depending upon the selection and spending budget, 1 can select among cassette player and CD/DVD vehicle sound method. Presently, CD/DVD auto music methods are much more famous than cassette players as the latter supplies digital characteristics that a huge number of songs in a single CD or DVD in comparison to cassette.

For all those who are searching for higher end automobile audio entertainment, 1 can go for higher top quality automobile sound method that includes speakers, subwoofers and powerful amplifiers. All these devices comes having a prior electrical power output and electrical power specifications in order to supply thumping and crystal clear sound. Basically, although picking out the car or truck audio program, 1 need to look for several desirable capabilities that add to the utility of your prized auto music process.

What to appear for in a very auto music?

Whilst going for that perfect automobile sound method, be sure it includes significant and well-spaced controls that produce hassle free use inside a seamless way. The major purpose of having a neat display panel with significant buttons and controls would be to ensure that the driver is not distracted although searching the suitable button for audio controls although driving. This makes positive that the driver keeps his/her attention on road. A excellent program show that provides clock, radio station and other database adds to the utility of your sound process. In case of a CD changer, several vehicle mp3 methods offer you in dash CD changers that may be discovered with reasonably priced automobile audio tracks players. Along with this, you can check out separate tweeters because it helps in offering excellent sounds. The exact same applies for separate subwoofers as it creates wealthy base and thumping sound whilst providing rich music.

Always remember: So, decide on the best automobile sound for your vehicle and appreciate the music of the decision. Just be certain you stay away from car or truck audio from gray market together with those that include little controls, faux equipments that make the handling all of the a lot more complicated. Constantly go for your originally manufactured equipments that feature a prior guarantee. So, the next time you plan to invest in the automobile music method, go for the finest process that provides finest excellent at inexpensive price.

Shared by Longwood Industries

About: LONGWOOD is really a leading manufacturer of elastomeric, composite, and specialty products for the industrial, consumer and transportation markets. We’re a privately held organization combining over 100 years of industry expertise via growth and acquisition. As a result, we are able to present a broad range of manufacturing processes at multiple locations throughout the United States and Europe.

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To determine if you need a wired or wireless hidden camera to find the time it takes to write. Is the battery long enough? The location of a hidden camera is also important. Hidden camera in different forms, shapes and themes to come. Select the camera is good for the environment, is remarkable. Some cameras have a wide viewing angle, which is very useful when you need to control a large area. field coverage is important. Check the hidden camera, the resolution before buying.

Types of hidden security cameras and surveillance cameras

There are many types of hidden cameras and security cameras for all situations. fake cameras professional cameras, each serves its purpose. Some types of cameras and their advantages.

Nanny Cameras

Protect your children throughout the day with a nanny camera. Even if you have a nanny you think you can trust, it does not hurt to have a security camera nanny for their children and home. Tata cameras are actually hidden cameras in many shapes and sizes. The camera can be in children’s items such as teddy bears, backpacks, baby wipe containers, dolls, stuffed toys, etc. These terms are in the nursery, and other toys that allow their use. There is also a babysitter for the cameras to other rooms in the home, including clocks, radios, lamps, food containers, thermostats, pillows, frames, hair dryer, DVD player, etc. Each room can have a nanny camera, if necessary. Ask your local law enforcement a nanny camera or hidden camera for your home to make sure there are no restrictions.

Surveillance System

If you need more than a few hidden cameras, we believe that the surveillance system. Security systems can monitor several locations using a complex system. As the channel DVR system, hidden cameras in different areas and are working together to control all areas of multichannel. You can expand your surveillance system, your company or business. There are also portable DVR surveillance and those who can control the area anywhere on the Internet.

Dummy Cameras

cameras dummy cameras are not hidden security cameras or even real. They look like a real security camera and create the impression that the area is recorded. Thieves do not know if the camera is real or not. Dummy cameras are often used as a deterrent for many entrepreneurs.

Monitors

The control screens, which is, as in the living room. Many public places have been to let people know they’ve recorded together. Some monitors are used by the owners or security guards to keep an eye on these areas, behind the scenes.

Dummy Cameras

cameras dummy cameras are not hidden security cameras or even real. They look like a real security camera and create the impression that the area is recorded. Thieves do not know if the camera is real or not. Dummy cameras are often used as a deterrent for many entrepreneurs.

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This article is derived from the essay “An Infinite Moment of Time”. The essay presents the logic structure that is the paradigm of science, and is located at: http://members.westnet.com.au/paradigm/forever.pdf      

On my way to inventing the paradigm I explored physics through the desire to understand how the Universe worked, and the place of Humans within the scheme of things. One of my few preconceptions was the belief that the course of Human evolution has seen a steady improvement in knowledge and understanding. I’m an optimist.  I’m also a determinist, in that I see everything as being the effect of a cause which in turn is the cause of another effect. The idea that things can happen without a cause, is nonsense.

The big bang theory was a particular cause for me to explore physics. I thought it simply absurd to think that there could be a time before time even begun. Then there was all the talk about time being an independent dimension: more absurdity. It was obvious that this was a discipline desperately in need of debunking.

Another preconception that I brought to my exploration of physics was materialism. I mean that it the philosophical sense of seeing everything as being made of a substance that we call matter. Physics, when not talking about time as a dimension, is always talking about a thing they call energy. I recall an academic once saying that the concept of energy was one that you couldn’t actually explain but had to “feel” in some mystical sense. As a materialist I wasn’t having any of that mystical stuff. Albert Einstein’s famous equation, E=mc2, didn’t convince me about this energy concept. For me, all that it was saying is that energy is matter in motion and that it can be detected or measured with instruments.  I also reject the idea of mass being something that is different to matter, given that even physics defines matter as “The substance of which the physical Universe is composed.” The implication within this definition that there could be a non-physical Universe I put down to a lack of rigorous thinking. Let’s be quite clear. As far as I’m concerned, the Universe is totally physical and totally composed of matter.

To deal with the whole of physics I categorize it in a way that represented its fundamental approach and perspective. This approach and perspective can be called a paradigm. Physics is a paradigm. This paradigm is characterized by the use of mathematics and measurements. Mathematics is abstractionist, and measuring things is also abstractionist in that the thing you measure never actually becomes the measurement. As a consequence of its reliance upon mathematics and measurements, I categorized physics as an abstractionist paradigm. Physicists are, therefore, practitioners of the abstractionist paradigm.

With its reliance upon mathematics and measurements, the abstractionist paradigm is not a truly fundamental perspective. I accept all scientific evidence. However, I interpret all evidence in accordance with a truly fundamental and materialist and logical scientific perspective. If you want to understand everything in a totally connected and consistent manner, you need to establish the most fundamental position that can be obtained. A position that is so fundamental that it covers all the disciplines of science.

As evidence is the central concept of science, what is evidence? We know the Universe through observation, and we interpret that observation with a perspective that we have either acquired or invented ourselves. To believe that observation is, in and of itself, evidence, is naive realism. Evidence is the best interpretation, or explanation, of observation. If you have the best explanation in one area of observation, then through logical consistency you can generate explanations in other areas that have scientific validity without the need for further observation.

If you believe that science can only involve those things which can be measured or directly observed, then you should not proceed beyond this point. I suggest you go away and measure something.

Gravity is the fundamental force of the Universe. Isaac Newton conceived of gravity as being proportional to the sum of the masses and inversely proportional to the square of the distance between the masses. This produced a mathematical representation of gravity, but left gravity has a magical action at a distance. Albert Einstein conceived of gravity as being caused by curved or warped space. This too, is unacceptable because once again no explanation of a material cause is contained within the idea of curved space. The latest thinking by establishment physics is that gravity is caused by the exchange of particles called gravitons. These particles are seen as travelling through what is assumed to be empty space. This exchange of gravitons theory is also inadequate.

All attraction is caused by the absorption of emission, which involves the exchange of emission between objects. All objects have emission fields, and the absorption of emission is via the emission field of objects. An emission field is a gravitational field, so all objects have a gravitational field. There is no more fundamental, materialistic, and scientific explanation for attraction than the absorption and exchange of emission.  This rather simple explanation for the cause of attraction has far reaching ramifications.

The two nuclear forces, the electrostatic force, and gravity have the same mechanism. Establishment physics sees these forces as separate. Establishment Physics is wrong. Everything from the smallest sub-atomic particle, to the largest possible galaxy absorbs and emits what can be described as emission or radiation or energy or light.

What is assumed to be empty space is composed of the emission (radiation or energy or light) of everything. Emission travels through interaction with emission, and can be detected as wavelengths. These wavelengths are constructed through the convergence of different levels of emission. Establishment physics does not ask, let alone answer, the question of how the detected wavelengths are constructed. The emission of an object disperses as it travels through space and this involves it encountering the emission of others objects. If the emission encountered is of less density, then the result will be an increase in wavelength. From the perspective of the Earth, this sees the detection of the increasing wavelengths of the emission from galaxies and stars. The abstractionist paradigm, by way of Relativity theory, even accepts that when emission (light) is traveling opposite to the direction of an emission (gravitational) field, its wavelength is increased and its frequency is decreased.

For some, the fact that emission can be detected as both a particle (a photon) and a wave is inexplicable. However, this dual nature is resolved once you see a wave of emission as composed of dispersing or de-constructing particles and a particle as a fusion or construction of emission which is made of matter and as having an emission field. If a photon was not made of matter then it would not leave an impression upon a screen when projected towards the screen. The idea that emission (light) is massless (matterless) is not a fact but a mistaken assumption of the abstractionist paradigm.

We do not see through an otherwise empty space. We see with space in the sense of the emission of objects, in the form of their image, traveling through the emission that is space and impacting upon our retinas and being processed by our brains. The idea that the space between us couldn’t be composed of matter (actually dispersed matter) because we wouldn’t be able to see through it, is another example of naive realism.

As emission travels through interaction (absorption and emission) with emission, its speed is relative to the density of the emission through which it travels. It could not possibly have a specific speed throughout the Universe as claimed by physics. Physics sees emission (light) travelling through space as a vacuum. Space is not a vacuum. If you measured the speed of emission at a distance above the surface of the Earth, where the emission field is less dense than at the surface, it would be greater than at the surface. The fact that the difference would be very small and not readily measureable is beside the point. Emission travelling from the Earth to the Moon would increase in speed as it left the Earth and at the mid-point of their emission fields it would begin to slow down as it approached the Moon. It’s merely an assumption on the part of the abstractionist paradigm that the speed of light is “universally” constant. The abstractionist paradigm has an inadequate understanding of how emission travels. The measurement called “a light year”, has no scientific validity.

The Earth is attracted to the Sun through absorbing the emission of the Sun via the Earth’s emission (gravitational) field. Part of the emission absorbed by the Earth’s emission field reaches its core and maintains the core’s active state.

In 1954 a French economist named Maurice Allais observed that a pendulum moved faster during a solar eclipse. This has become known as the “Allais Effect”, and has been unexplained by physics. When the Moon is in front of the Sun it blocks part of the emission (gravitational) field of the Sun resulting in less absorption of emission by the emission field of the Earth. This slight reduction in the density of the emission (gravitational) field, results in less downward attraction of the pendulum allowing it to swing faster.

The gravity of the Earth would also be reduced when it’s at its farthest distance from the Sun during its yearly orbit. If you wanted a “gravity assist” in obtaining a high or long jump record, do it when the Earth is at aphelion on the 3rd of July and during a solar eclipse.

It has been observed that the rotation of the Earth is decreasing, and that the distance between the Earth and the Moon is increasing. Establishment physics claims that the decrease in the rotation of the Earth and the moving away of the Moon derives from a tidal bulge in the Earth. It’s claimed that as the Earth tries to drag this bulge along its rotation is decreased, and that this loss of angular momentum is transferred to the Moon lifting it into a higher orbit.

The only way that the decrease in the rotation of the Earth (the loss of angular momentum) could cause the Moon to move away would be if the rotation of the Earth was responsible for the Moon’s distance from the Earth in the first place; which is not the case.

Is the Moon moving away from the Earth due to a decrease in the density of the Earth’s gravitational field? Is it due to an increase in the density of the gravitational field of the Sun? Is it due to a decrease in the density of the Moon’s gravitational field?

Establishment physics accepts that gravity involves acceleration and not merely uniform motion. However, it offers no explanation for why this should be the case. With the absorption of emission explanation, absorption leads to increased matter that results in increased absorption capacity, and it’s this that underpins the fact that gravity involves acceleration and not merely uniform motion.

I came to the absorption of emission explanation of attraction through conducting a simple electrostatic experiment. When I rubbed a glass rod it attracted a suspended pith ball. Establishment physics sees this as being the result of dislike charges attracting, and offers no explanation of how this comes about. I decided that rubbing the glass rod increased the emission of the rod and that this emission was absorbed by the pith ball resulting in the attraction. If the glass rod were not rubbed, it would still have emission and could still attract a pith ball through the pith ball absorbing the emission.

Absorption and emission is the mechanism that underpins the abstractionist concept of charge, so that as an explanation it’s more fundamental (and superior) to that offered by establishment physics. It’s no mere coincidence that the formula for gravity takes the same form as that for electrostatic attraction. Electrostatic attraction is gravitational attraction.

Establishment physics also states that like charges repel. Once again, no explanation of how this comes about is put forward. Here I decided that like charges involves equivalent levels of emission, and that objects of equivalent emission repel each other by pushing away from each other via this equivalence of emission. Yes, “I decided”. Someone had to, given the obsession that establishment physics has with measurements. This leads to the conclusion that only objects of inequivalent emission can be subject to attraction.

It was from this foundation that I realized that everything is either a state of absorption exceeding emission, or of emission exceeding absorption. They are either increasing or decreasing in matter and either increasing or decreasing in emission. The idea of static, inert matter has no part to play in explaining the dynamic nature of the Universe. The Earth is a state of absorption exceeding emission, whereas the Sun is a state of emission exceeding absorption.

The Earth increases in matter over time, through the absorption of emission, and this sees its emission increasing over time. As a consequence, the gravitational field of the Earth increases in density over time.  The physics mistakenly sees gravity as being uniform over time. In the time of the Dinosaurs gravity would have been less than it is now.

The Moon’s movement away from the Earth can’t be accounted for by a decrease in the density of the Earth’s gravitational field. Equally, it can’t be accounted for by a decrease in the density of the Moon’s gravitational field. The only possible explanation is that the emission of the Sun is increasing and exerting a greater attraction over the Moon relative to that of the Earth.

The rate of rotation of the Earth is decreasing. Increased gravitational attraction between the Earth and the Sun, due to the increase in the emission of the Earth and the Sun, accounts for the decrease in the rotation of the Earth. This can also be seen as caused by inertia.

Establishment physics defines inertia as “the property of a body, proportional to its mass, which opposes a change in the motion of the body.” (Larousse, Dictionary of Science and Technology, 1995) You will notice that inertia is presented as a “magical” property of matter. Physics offers no explanation of the mechanism that causes this “magic” to exist. Every example of inertia is an example of attraction acting on a body. A body on the surface of the Earth opposes a change in its motion due to gravity attracting the body downwards. The mechanism of inertia is, therefore, the same as the mechanism of gravity, i.e. the absorption of emission. John Gribbin, in his Companion to the Cosmos (1996), states that, “It is a curious and still not fully explained phenomena that … inertial mass and gravitational mass … are always exactly the same…” It’s now fully explained.

Establishment physics sees the Sun beginning through the accumulation of matter attaining critical mass and igniting. Apart from small variations in its emission due to such things as Sun spot activity, establishment physics sees the Sun’s emission remaining uniform over time. This is wrong.

The emission of the Sun has steadily increased while its matter has steadily decreased, and its gravitational attraction capacity has increased. This stands in contradiction to the abstractionist paradigm that would say a decrease in matter (mass) would result in a decrease in gravitational attraction.

It’s my theory that stars and planets involve two stages of development. The first stage entails absorption exceeding emission and the construction of the elements from a base of Hydrogen. This first stage sees stars take the form of a solid planet. This is followed by the star/planet attaining critical mass at its core and igniting into a second stage of emission exceeding absorption where the constructed matter is consumed in the process of the star. Second stage stars end with dissipation. First stage stars can explode through the impacting emission increasing to the point of precipitating a nuclear explosion.

It’s simply not possible for either a first or second stage star (a planet or a star) to collapse under the increase in its own emission (gravity) and form a blackhole. The theory of blackholes is rubbish. The blackhole theory is derived from seeing gravity as being caused by matter, in and of itself, with a complete absence of an explanation of the mechanism of the cause. The exchange of gravitons theory was an attempt to give gravity a mechanism of cause.

The two stages of a star theory was derived from the realization that pressure can’t be applied to a body which is a state of emission exceeding absorption, and as the bursts of gamma radiation needed to be accounted for that lead to the two stage theory. So, the bursts of gamma radiation detected from all directions in the cosmic sky are first stage stars exploding due to the increasing density of the impacting emission.

A matter that further demonstrates the inadequacy of the physics establishment involves the variability in the rate of atomic decay. An experiment conducted by J. C. Hafele and R. E. Keating in 1971, measured the rate of decay of two identical Atomic Clocks. This involved placing one clock on the surface of the Earth and the other in an airplane above the Earth. The clock in the airplane ran faster than the clock on the surface of the Earth. The clock in the airplane was subject to less density of impacting emission than the clock on the surface of the Earth. As the density of impacting emission increased the rate of atomic decay decreased. This proves that the stability of atomic structure is relative to the density of the impacting emission, which is a fundamental law of the Universe.  

Establishment physics interprets this experiment as demonstrating the variability in time, because they see time as an independent dimension and space as empty. Time is the measurement of duration and/or the process of real material things. It’s not a thing-in-itself. To treat time as an independent dimension and a thing-in-itself is to commit the fallacy of reification or misplaced concreteness.

Relativity theory sees the Hafele-Keating experiment in terms of the difference in the time of the two clocks as being “due solely to gravitation and kinematic effects.” However, it also claims that the difference is due to the speed of the airplane: “If the speeds were greater, the relative effect would be greater also”. Then, it finally clarifies the situation by stating that: “The result is, time runs faster on the plane as it flies higher. This effect is due to gravitation and is independent of the plane’s velocity.” (Edwin Jones and Richard Childers, “Contemporary College Physics”, 1993) The difference in the time of the two clocks is due solely to the emission (gravitational) field being less dense above the surface relative to at the surface, and has nothing to do with the speed of the airplane. The idea that motion, in and of itself, can have an impact upon time is pure abstractionist nonsense. The requirement that the situation be represented mathematically is responsible for physics failing to appreciate that the experiment demonstrated a fundamental law of the Universe.

Jere Jenkins, the Director of the Radiation Laboratory at Purdue University, has observed that the rate of atomic decay varies with the yearly orbit of the Earth around the Sun. When the Earth is at it furthest point from the Sun (aphelion), the rate of atomic decay is increased. It’s obvious that this occurs because the density of the impacting emission is decreased. This observed fact stands in contradiction to the establishment physics idea that the rate of atomic binding, expressed with what is called the fine structure constant, does not vary over space and time. Of course, the observation by Jere Jenkins goes to confirm the Hafele-Keating experiment.

A spacecraft travelling away from our solar system would encounter decreasing density of impacting emission and thus have an increasing rate of atomic decay, and eventually completely de-construct. Not even NASA has realized this as yet. It just goes to show how being locked into an inadequate perspective can blind you to what is obvious from a more fundamental perspective

The emission impacting upon the Earth has increased in density over time so that the rate of atomic decay on Earth has decreased over time, and is not the uniform rate as assumed by physics.

The establishment physics idea of “universal constants” is wrong.  Just because you measure some particular thing on Earth at a particular time, does means that the results of that measurement can be applied to anywhere and at anytime within the Universe. The measurement they call the “gravitational constant”, derived from the attraction between objects on a torsion balance, is nothing more than electrostatic gravitational attraction. But, as the absorption and emission of the objects on the torsion balance is relative to the density of emission impacting upon the Earth, their attraction can be seen as a measure of the gravity of the Earth at that time.

Many of the units of measurements of physics are either arbitrarily defined, or are based on the assumption that the thing to which they relate does not change over time. If you take time as being defined by the rotation of the Earth, then as the rotation of the Earth is decreasing the length of a day in increasing.

Abstractionist paradigm physics sees the so called nuclear force as an internal process that is responsible for the binding of particles into higher forms of matter. This is mistaken. The nuclear force is actually the nuclear fusion process of construction, which entails the absorption of emission within a context of the increasing density of impacting emission. This involves the movement that results from attraction. Nuclear fusion as the process of construction is the fundamental force in the Universe, and is specified in absolute detail with the paradigm of science.

Global warming as a green house effect is connected to gravity through the increasing density of the gravitational field of the Earth. The atmosphere of the Earth is retained by the Earth through the atmosphere’s interaction with the gravitational field of the Earth. The atmosphere doesn’t just hang there by magic. As the density of the gravitational field increases, the density of the atmosphere increases. However, as the increase in the density of the gravitational field occurs over extended period of time, it can’t be having a significant impact upon the present rate of increase in the average temperature of the Earth.

As our solar system exists within the Milky Way galaxy, it’s subject to attraction through the absorption of emission within the galaxy. This would impact upon the density of the emission within the solar system and the density of the gravitational field of the Earth. The physics establishment is not even aware that the Milky Way Galaxy has a direct impact upon the solar system and the Earth, through the galaxies emission being absorbed by the solar system.

Two particles that approach each other through the absorption of emission can explode due to the impacting emission acting as pressure. Establishment physics sees this situation as the mutual annihilation of matter and anti-matter. The existence of anti-matter is a myth of the abstractionist paradigm. I think they acquired the idea from a science fiction movie.

Everything from the smallest sub-atomic particle to planets and stars, have a dissymmetrical duality at their cores. This involves one large and one small state of matter.

The gravitational field of the Earth is generated from a dissymmetrical duality at its core. As one part of the duality increases in matter, the other decreases in matter. As the large one attains a state of maximum absorption the other attains a state of maximum emission. The process of absorption and emission then flips over accounting for the regular reversing of the magnetic poles of the Earth.

The fact that particles created from collisions in particle accelerators always take a curved path can be accounted for by the dissymmetrical duality (imbalance) at their cores. Establishment physics offers no explanation for this curved path phenomena.

When electrons are deflected by an electromagnetic (emission) field, what is the mechanism that causes this to occur? Once again, the abstractionist paradigm remains silent. The only possible explanation is that the electrons absorb emission from the electromagnetic (emission) field and are deflected (in the sense of attraction) in accordance with the density of the field.

Physics claims that the wavelength of an electron is determined by its momentum, and that electrons in higher orbits show contraction due to their smaller wavelengths. The wavelength of an electron is determined by the extent of its emission which is determined by the density of the impacting emission. Electrons in higher orbits are subject to less density of impacting emission and hence have a higher orbital speed and decreased wavelengths as a consequence. With the abstractionist paradigm they tend to get cause and effect back to front because they failed to correctly interpret the Hafele-Keating experiment and apply it to the totality of atomic structure.

The well known phenomena of the emission (light) from a distance star being bent as it passes near a star closer to our point of observation, gravitational lensing, is also a case of particles being deflected by absorbing emission from an emission field.

The orbit of a planet around the Sun can be accounted for by its absorption of emission from the Sun and other planets via its emission field, and its orbital motion.

The advance in the perihelion of Mercury can be explained by the increase in the matter of Mercury during each orbit around the Sun. This increase in matter results in an increase in the density of its gravitational field which sees it remain in close contact (at perihelion) with the Sun a little longer during each orbit. This advance in the perihelion, also known as orbital precession, would apply to all the planets. This also explains why the orbits of the planets are elliptical and not circular.

Rotation is an inherent aspect of the Universe, be it the rotation of a particle a planet a star or a galaxy. An individual particle is a process of absorption and emission and is in a state of imbalance due to the dissymmetrical duality of its core. As a consequence an individual particle would rotate, vibrate, and pulsate.

We can see matter as made of particles, which in turn are made of sub-particles. These particles are bound through the absorption of emission within a context of impacting emission. We can see this emission in turn as being made of even smaller particles all the way down to the smallest possible particle in the Universe. However, even this smallest possible particle would absorb and emit and thus exist within a context of emission that is groundstate of the Universe.  

How can you distinguish between the present brightness of a galaxy or star and its distance from the point of observation? By assuming that the brightness of a galaxy or star does not change over time? By assuming that the wavelength of their emission (light) does not change over distance? By assuming that emission (light) has a constant velocity as it travels through interaction with the dispersing emission called empty space? It’s all nonsense; an exceedingly large fantasy collusion. The desire to measure cosmic distance over-rides any rational consideration of the actual dynamic nature of the Universe. You cannot distinguish between the present brightness of a galaxy or star and its distance from the point of observation. The only way of measuring cosmic distance is through triangulation. For measurements beyond our solar system, the result will always be “a very long way”.

If you measure a wavelength in the emission from a star that corresponds to that of an element, does this indicate the presence of that element in the star? As emission is constructed into wavelengths as it travels, it can have the same spectral signature of the emission of an element but does not indicate the presence of that element in the star. The spectral signature is the “emission symmetry” of the emission of the element. The only way the emission from a star could represent the presence of an element would be if it didn’t change in wavelength as it travelled towards the Earth, which is simply impossible.

There is an area of the abstractionist paradigm called Quantum theory. This is really an observation and not a theory. It’s based on the fact that energy (emission) comes in discrete packets or quanta, and not as an undifferentiated stream. Quantum physicists do not ask how these quanta are formed or constructed. Quanta, like the wavelengths of emission that they are, are formed or constructed through the convergence of levels of emission.

Uncertainty is seen by physics as an inherent aspect of the Universe. This is presented with the Uncertainty Principle, which states that: “there is a fundamental limit to the precision with which a position co-ordinate of a particle and its momentum in that direction can be simultaneously known.” (“Larousse, Dictionary of Science and Technology”, 1995) If something is in a static position then it doesn’t have a velocity, and if it has a velocity then it’s not in a static position. Surely, position and momentum are mutually exclusive. The only way that both factors could be known to any level of precision simultaneously would be if the particle does not have a static position but is, in fact, moving at some velocity in a particular direction.

Physics claims that the inherent uncertainty also relates to the “quantum”, or ultra microscale, and that “it has nothing to do with the ability (or inability) of our instruments to make accurate measurements.” (John Gribbin, “Companion to the Cosmos”, 1996) At the ultra microscale the absorption and emission of the matter of the instrument with which you measure interacts with the absorption and emission of that which is being measured. If what you were measuring was a wavelength, then this could entail the matter of the measurement instrument absorbing some of the emission of the wave causing it to collapse to a lower state of construction. This is usually referred to as “the collapse of the wave function”. 

An experiment which uses what is called a Bose-Einstein condensate and a number of isotopes of a particular element,  has a result that can’t be explained by the abstractionist paradigm. The experiment sees about half the isotopes in the condensate at first repel each other. This could only occur if they were not equivalent (identical). When a magnetic field is applied to the condensate, the isotopes attract each other. This is obviously due to the isotopes obtaining an equivalence of emission through absorbing the magnetic field. When the strength of the field is increased even further around half the isotopes suddenly disappear in a flash of emission. The increasing strength of the magnetic field is equivalent to the increasing density of impacting emission acting as pressure and causing the isotopes to de-construct (explode) back into the emission from which they were constructed.

Being locked into a paradigm of limited capacity can waste time, money and effort. Physics has wasted all three by building instruments to detect and measure gravity waves. Gravity waves and emission waves are one and the same thing. When you observe and measure the emission of the Sun, you are detecting and measuring its gravity waves. 

The idea of nuclear fusion reactors to obtain free energy is another misbegotten idea of the abstractionist paradigm. The electromagnet field which is used to contain the process actually fuels the process through its emission being absorbed by the process. You can never get out more than you put in.

Another waste of time by establishment physics relates to trying to discover what they call “missing dark matter”. They see this dark matter as being required to account to the macro-structure of the Universe. There is no missing dark matter. The emission that is space (the dark matter) extends to levels far below that which constitutes the visible light part of the spectrum, and all the way down to the groundstate at the ultra microscale.

The establishment physics idea of the big bang beginning of the Universe is based on a misinterpretation of what is called the cosmic red shift phenomena. Red shift involves emission (light) increasing in wavelength. The cosmic red shift phenomena and the gravitational red shift phenomena are one and the same thing. The physics establishment is prepared to accept that the red shift in the emission from our Sun is due to its emission (gravitational) field and yet claims that the red shift in the emission from galaxies is not due to their emission field. We’re asked to believe that galaxies don’t have emission (gravitational) fields, that they don’t have emission (light) at all, and that they don’t exist and must be figments of our imagination.

The galaxies are not accelerating away. Forget the Doppler Effect. The emission (light) from galaxies and stars disperses through encountering decreasing density of impacting emission. If the emission from galaxies and stars did not disperse as it travelled towards us, then the sky would be ablaze with the emission called light. This is known as Olbers’ Paradox, and is resolved with the fact of the dispersion of the emission called light.

Background microwave radiation has been detected in the cosmic sky, and this is claimed to be left over from the big bang and as evidence supporting the big bang theory. The background microwave radiation is merely indicative of the maximum dispersion of emission as the groundstate of emission at the ultra microscale

In 1929 a “tired light” theory was put forward the Swiss Astronomer Fritz Zwicky, to account for the red shift in the light from galaxies. This theory is in essence correct. It was rejected in favor of Edwin Hubble’s expanding Universe theory, which fitted the inherent need of physicists to make measurements and do calculations and generate thousands upon thousands of journal articles which all add-up to close to zero in terms of knowledge about the Universe. The big bang theory is right up there with the Flat Earth theory, and the Earth being the centre of the solar system theory. 

The Universe did not begin with a big bang. The Universe did not begin; it’s infinite in space and time and is a process of the construction and evolution of everything, including Humans.

Although there are obviously an infinite number of things in the Universe, if there were an infinite number of types of things then there would be infinite variability. We do not observe infinite variability. We observe that things form discrete types.

Could it be that the types we observe are merely a product of the way in which we Humans are able to see the Universe? Good question. We Humans are an example of the construction possibilities of the Universe, therefore, it’s reasonable to assume that our capacity to observe the Universe is in accordance with the Universe and that the types we observe actually exist. Good answer.

The fact that an exceedingly large number would represent the finite number of types of things that can be constructed is irrelevant. As long the number is finite, anything that can exist must exist an infinite number of times and do so in every moment of time. Given that infinite existence is the big appeal of religion, the fact that infinite existence is a given fact of existence could be the last nail in the coffin of religion.

The abstractionist paradigm is a conceptual structure built from interconnected assumptions and theories and inconsistency. When some of these assumptions and theories are debunked, and its inconsistency is exposed, the whole house of cards begins to collapse. The failure by physics to correctly interpret the Hafele-Keating experiment was clearly a major mistake. But the biggest mistake was in thinking that mathematics and measurements, in and of themselves, represented a truly fundamental approach to understanding the Universe.

Incoming search terms for the article:

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• radio clock emission

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We have seen enormous changes in the help for hearing loss or the last few years. Do you remember seeing drawings in your childhood storybooks of people holding a big curved cone to their ear to help them hear? Compare that to the equipment or surgery available now. Hearing aids are almost invisible and custom fit and other aids are available to help people with hearing loss. Amplified telephones, doorbells, alarm clocks, and other assistive devices are now available to help people with hearing loss. There are many options to help meet the need and recent technological advances have improved the listening and amplification quality.

For example, an inline amplifier can be installed on the telephone or a portable amplifier can be attached to the handset and hearing a telephone conversation just might be possible again. This is important for all of us and for someone with a hearing loss, the telephone may be the link that allows them to remain at home independently.

Hearing in a room crowded with people talking has always been a challenge for all of us, and especially so for those with hearing loss and for those developing equipment to help with hearing loss. A personal sound amplifier can be very helpful for many people.  These small units have a microphone and can pick up sounds in a theatre, meetings, lectures, a worship service, listening to the TV or just a simple conversation. Some of them can dampen background noise and focus on the person speaking. They are available with a variety of headphones, earbuds or neckloops and some of these can be attached to a hearing aid. 

Wireless FM systems have made it possible for students to attend regular classes. If the lecturer wears a clip-on microphone the student’s receiver can amplify the sound and deliver it by headphones or a neckloop connected to their hearing aid. The same type of technology is available to help with listening to your TV, radio or MP3 player. Some of the systems are designed to be flexible with various add on options for different needs and occasions. This can help maintain an active social life. One system has a transmitter for audio signals from the TV, radio or MP3 player directly to the receiver, which produces sound without delay to a hearing aid. It has a microphone for use with conversations and a Bluetooth microphone that will deliver mobile phone calls directly to your hearing aid. These devices have simple controls and are easy to set up and use. New and better technology is being developed all the time, but we have come a long way from the handheld hearing cone pictured in our storybooks.

Incoming search terms for the article:

• hw8878 msf headway unit

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Dimensions of Time

A theory by Dennis Huff (2/1/2008)

Introduction

Before I begin I feel I must first explain why I have labeled this a theory rather than a hypothesis. This is because I am sure that enough evidence exists to prove my hypothesis. A large part of this evidence comes from recent experiments using clocks on earth vs above the earth. I also believe that my arguments are logically sound, and that a reasonable human being would consider it possible rather than dismissing it outright. It is within the logical framework of this paper that my theory of time will find its way into the minds of its readers. ‘Scientific facts could not exist without first considering the possibilities’.

Theory of Time

We view our world based on three distinct planes which are; 1) The line, 2) The plane, and 3) The 3 dimensional object or the third dimension. The fourth dimension has been overwhelmingly and conveniently lumped into one category, that of the fourth dimension; known as time. I maintain that time is not the fourth dimension. Time is only a measuring device, a concept for us to measure the motion of an object. Well, I say motion and time are more related than we think.

I know that there are many who would point to certain perceived events in science as proof that time truly exists as a physical thing. Perhaps none more importantly than the perceived differences between a clock on earth and a clock in space. The belief is that two clocks set to exactly the same time will not read the same time once one of the two clocks is placed in orbit above the earth. The clock above the earth runs slower than the clock back on earth and therefor; it is assumed that we are seeing a physical manifestation of time. Evidence that time exists as a thing rather than a concept. I can understand how that conclusion could be made. Another experiment took place where an atomic clock on a jet was synchronized to another atomic clock back on the ground. As the jet flew through the sky, the atomic clock on board appeared to slow down the faster the jet went. As if time itself slows down the faster you go. It is true that the clock does slow, and it is also true that a clock in space also displays a discrepancy in time. I wonder what a clock on Jupiter would read? My point is that outside forces are responsible for these differences and not the proof of ‘Time Dilation’.

It is true that these time instruments do show a discrepancy, but did we not learn anything from Albert Einstein? He was most deffinately correct about relativity, of this I am sure. That being said, he did suffer from the same concept of time that an overwhelming majority of people seem to share. I point to one of the more famous explanations of Einstein’s concept of time. If a subject is standing near a clock and then suddenly accelerates away from the clock at a tremendous speed, he or she would perceive time as standing still. Now, this concept logically seems to make sense, many things do that turn out not to be true. At the same time history is full of instances where a thought that appeared to be anything but true, turned out to be scientific fact. Einstein was a brilliant man and I take nothing away from his major contributions to science. I would have liked to have asked Einstein this one question,’If a blind man standing near a clock were to accelerate away from that clock, what would he perceive’? His eyes would not tell him anything. My point is that perceptions can sometimes be mistaken. Relativity itself proves this. The fallacy can occur with logic as well. If I were to fly towards the sun at 20,000 miles per second, would I not be traveling back in time’ Since it takes light from the sun roughly 8 minutes to reach the earth, I would be traveling back in time. Clearly not, but my point is this; we must utilize a combination of perception, conception, and testing in order to gain a clear picture of reality. Visual evidence can be misleading; just ask any good magician.

The discrepancy between the clocks in the two examples I described before do occur but for different reasons. Gravity on the earth effects the clock on the earth differently relative to the clock that is experiencing less gravity in orbit around the earth. The atmosphere of the earth also has an effect on the clock left on earth relative to a clock in orbit above the earth. What about the jet? In the case of the jet we have gravity, inertia, as well as the atmosphere exerting an influence over the clock. The stationary clock on the ground is not experiencing inertial forces. It is experiencing slightly more gravity and atmospheric pressure. What I am saying is that, ‘It does not matter whether you synchronize the clocks, use Atomic Clocks, or any other kind of clock. The fact of the matter is that both instruments are undergoing different degrees of forces acting upon them and therefore; will cause each clock to run at different rates. Even an atomic clock would not be sheltered from these outside influences. This is the concept that exists at the very heart of relativity. It often leaves me wondering this; if you stood two synchronized clocks side by side, would they eventually read differently if given millions or even billions of years. This notion would have to take into account that the environment around the two time pieces would have to remain constant and unchanging during that entire event? Unfortunately there would be no way to test this, because we would never be able to set up such a controlled experiment; while having the experiment remain unaffected for the necessary amount of time. I also often wonder what would happen to two clocks occupying the same place at the same exact time? Do not confuse this with the same matter occupying the same space at the same time. What I mean is two clocks made of the same material, but different matter somehow occupying the same space at the same time. Both of these clocks would then read the same forever if they are in sync, because they will exist under the exact same conditions. Of course now we would have to somehow shelter each time piece from influencing each other and even if we could manage to do that the time pieces would still read differently over time simply based on the different events occurring between the matter contained within each clock. This includes minute and undetectable design flaws, minute differences, etc.

I cannot say what exactly leads to the discrepancy between time pieces in Einstein’s theory of ‘Time Dilation’. Perhaps it is due to compression. As the clock accelerates, the material of the clock compresses and causes it to slow. The faster it goes the slower it gets. The same goes for Atomic Clocks. I doubt they are immune to inertial forces, lower gravity, etc. The point is that a time piece is designed to keep track of time on Earth. We use it to measure events and usually those events are being measured from Earth with the clock remaining on Earth. Once you start subjecting that time piece to forces that it is not normally subjected to then we cannot expect it to keep the same time as another time piece, that is at rest on the face of the Earth. We can also assume that time pieces of similar mass will behave in similar ways under similar circumstances, giving rise to the illusion of ‘Time Dilation’. What I am saying, is that the reasons attributed to the perceived events has lead to the wrong conclusions. You can run the test over and over as many times as you like and you will end up with the same results. The experiment is reproducible, with the same outcome every time. This is what being scientifically proven is all about. Most of the time it remains true. The experiment must be testable, repeatable, and have the same results to prove a scientific fact. In this instance, however; we have come to the wrong conclusions. Time Dialition is nothing more than forces acting on matter that results in a slower clock. It is also important to note that clocks are a tool for measuring events on the earth. Once you remove them from the environment they are created to work in then the accuracy of the time piece is left in doubt. The end results of each experiment appear to be the same, because the circumstances with which the experiments are conducted are relatively the same. The same forces on board a jet will be relatively the same, with any changes remaining undetectable. In the case of the atomic clock, it is so precise that we could never detect a difference unless the conditions were as different as Pluto and mars. On earth clocks are influenced by the same forces, in space, etc. etc. Any differences on influences at the molecular level remaining undetectable and therefor unnoticed.

What I propose, is that it is not a matter of time dilation; since time is not an actual thing. As I said before, it is a ruler for measuring events. If an object were to accelerate towards the speed of light, time does not slow down. The event in which that object is experiencing is happening more quickly relative to other events. Just as a car traveling at 20 mph will take longer to get from point A to point B, than a car traveling at 100 mph. The faster car will get there first. They arrive at their destination at 10:00 am and wait. It is still 10:00 am in the slower car, they just happen to still be driving to point B. Time was not affected, because time is not a thing. It is not tangible, and there is no time particle or wave.

As an object approaches the speed of light it is believed that it will be shredded into pure energy when it reaches peak velocity. I certainly would want to be 100% sure of what would happen before I undertook that experiment. If this object traveled at a speed that allowed it to remain intact, from the earth to the next star and back; what would happen? Lets say the object was traveling at 125,000 miles per second. This means that the object would travel that distance each second. Let’s say the object we are traveling to is 1 trillion miles away. So we divide 1 trillion miles by 125,000 miles and we get an answerer of:

8,000,000 seconds. 8,000,000 seconds = 133,333.33…minutes = 2,222.22…hours =

92.592… days = How long they will be gone according to earth time. I am sitting on Earth with a stop watch; waiting patiently for their return. This of course will take another 92.592… days. Round trip they will be gone for 185.185…days before they return to earth. After which time I will ask,’What took them sooooooooo long’?!

Now I know that many who read this may disagree. The common accepted result would be that time would seem to stop for that person, while time back on earth would go soooooooo much faster. Years will have gone by when they return and they will perceive only being gone for the 185 days. This is just not so. Just as a person traveling on a jet from Maine to Florida will get there quicker, than someone driving to Florida from Maine in a car. They will both perceive the passage of time exactly the same. Five hours EST is five hours EST. This is because we have based our units of time measurement on the Earth’s motions. The Earth takes 24 hours to make one revolution, because that is simply how we broke down that event. We could have just as easily broken it up into some other number or unit, rounded if necessary, and then break that scale up into further appropriate units. The fact is that we chose 24 hrs. and it is all we know. Its no different than the millions of people, whom belong to a certain religion; simply based upon where they were born, and who they were born to. Methods and conceptions are passed down from one generation to the next and suddenly the Earth is no longer flat.

The fact remains that, based on the motion of the Earth, our fictional ship will take 185 days to make a round trip; and they will have been gone for 185 days here on earth as well. It does not matter what a clock on that ship says. It is undergoing influences outside of the Earth’s influence. The clock on Earth works accurately, because it was built to keep time on our planet. If we take this same clock off of this planet, then it is no longer an effective tool. That is, unless it is calibrated to work appropriately in its new environment. We can take a clock to mars and use it to keep track of time on Mars, but that time will be based on Earth time, and not Mars time. We will measure the motions of Mars in Earth units. The same is true of anywhere else out in space. Unless there is an exact twin of the Earth out there; one where the gravity, atmospheric pressure, revolution, travel around its star, and so forth is the same; then our ‘earth based event instrument’ (clock) is useless. Either any time we keep track of with it will be based on earth time units, or the clock will not function properly depending on the environment and the forces acting upon it. We can; however, calibrate our earth instrument to handle a new environment. We can also take those earth based units, time our subject, and then present that information in earth time. A day on mars would be represented as taking 1 hr 37 min ETU (Earth Time Units)

Everything in the universe, relative to earth time, takes the same exact amount of time. One event may take place faster than another event, but it takes the same amount of time relative to the events around it. If humanity evolved on some other planet then it is highly likely that our whole system of time keeping would be completely different. Time on this new planet would be based upon that planets motions around its star. Or perhaps our time units would be based on something else entirely. If there is intelligent life out there in the universe, then it is going to be really interesting to hear their concepts, and methods of time keeping. This is assuming that we will even be able to understand their method of time keeping. If we can then it will simply be a matter of figuring out the unit to unit ratios. One earth year would equal some unit of their time keeping method and so forth. This would also work in reverse. They would convert our ETUs into their own units of time.

I have tried my best to convey my conception of time up to this point. Once you have a clear grasp of the logic of time, then my theory of time, will become perfectly clear.

Consider this:

If we view our world in 3 dimensions, why can we not then view time in the same manner. Let us build a simple model of the reality we live in. First, I maintain that the fourth dimension, that of time, also contains dimensions that need to be considered for us to have a true grasp on the concept of what time really and truly is. Consider a void where nothing exists. No matter what so ever. No motion, no atoms, absolutely and completely nothing. Now consider that a line miraculously comes into existence. This line represents the first dimension. The line then evolves, for the sake of analogy, into a planar circle. Ta dah! Now comes the age of the second dimension. Now imagine that this circular plane expands into the third dimension and becomes what is known as a sphere. Now, keep in mind that up until this moment time does not exist. Time involves motion and nothing has moved, up until this point. The object has evolved through the known and accepted 3 dimensions, but it remains in the same place. It cannot be cut up into smaller parts, this is the smallest singular object in a universe of nothingness. So, where does time come in? At the very moment that I asked that question the sphere began to move forward through nothingness on a straight path. The very instant that this sphere began to move forward the fourth dimension of time was born into existence. This is the first motion of time.

Let us label the dimensions we have so far to paint a clear picture.

Dimensions

1) The first dimension = the line
2) The second dimension = the circular plane
3) The third dimension = the sphere
4) The fourth dimension = motion of the sphere in one direction

Now, I know energy must be applied to the sphere to put it into motion so in reality two dimensions of time are born into existence according to my theory and I will explain what I mean by that shortly.

This sphere traveling on this straight line would need energy, some outside acting force to send it in motion, but we are assuming it just began to move forward of its own free will. Now let us consider that this sphere suddenly begins to spin as it moves forward. At this point we have the existence of the fifth dimension.

5) The fifth dimension = motion forward + motion of spin

Now let us consider that this sphere, which is moving forward and spinning, develops a wobble. At this instance the sixth dimension of time has come into existence.

6) The sixth dimension = motion forward + motion of spin + motion of wobble

Finally we will consider the motion of the pulse. As this sphere moves forward, spins, and wobbles, it also begins to pulse. Expanding outward and inward at an indeterminate rate. We really don’t need to know the rate, we only need to consider the fact that it is pulsing.

7) The seventh dimension = motion forward + motion of spin + motion of wobble + motion of pulse

When considering all of this we can conclude that time is, in reality, composed of four dimensions of time. So, what we have are the dimensions of the object composed of 3 dimensions and we have the dimension of time composed of four dimensions of time. There are two parent categories contain sub categories as follows;

Dimensions of Object: The line, the plane, and the object of the third dimension…which is determined by plane…which is determined by the line.

Dimensions of Time: The motion forward, the spin, the wobble, and the pulse.

I want to mention a few more things about the four dimensions of time. First, I have only listed four, because I cannot conceive of any more motions that one object can have without tearing itself apart. Second, once we understand these four dimensions of time, and if they are the only dimensions of time, we may discover what lies beyond these dimensions. It is important to not that the pulse may come first. The second energy is applied to the sphere, that energy moves from the back to the front of the object. This wave of energy that propagates through the sphere causes the back end to initially be moving faster than the front. This will cause the sphere to begin its spin motion. At the same time, this object is also pulsing as the energy begins to reverberate through the object. This could also lead to the wobble as well. So, in reality, all four dimensions of time can all occur at relatively the same instant.

Now, where can we find examples of this in our reality that would lend credence to the theory I have put forth. Well, we can look to the largest objects in the universe. Stars being the largest and the planets that revolve around those stars. We will start close to home. The earth is a 3 dimensional sphere. It is not a perfect sphere but it is a sphere none the less. Let us look at the motion of the earth. It is moving in a line, one direction, around the sun and accounts for our year. As it does so it also is spinning, which accounts for our days. The earth also does wobble, over a span of a few hundred years I believe…you might want to check the time but i assure you that it does wobble. The remaining question is; ‘Does the earth pulse?’ It might, I do not know if anyone has ever looked into that. I am sure that it may be possible, especially when you consider the earth has a liquid outer core. We can look to many of the planets out there and find the same motions. Whether they are more common or not, I do not know. It may be natural for these motions of time to all be found emanating from one object, but gravitational forces from other celestial bodies may change these motions in certain ways. This question needs more consideration.

The sun spins, it is moving in a straight line as a part of the milky way. I do not know if it wobbles or pulses. My point is that many of the celestial bodies abide by these dimensional paths i have laid out. Our own galaxy is moving in a straight line. Does it rotate? It does and that is why it is classified as a spiral galaxy. Does it wobble and pulse? I wouldn’t even dare to say. For that we would need to study the motions of other galaxies like our own. Then we have to consider that on that scale, can we observe those motions that may take hundreds of thousands or even millions of years? Clearly there are questions to be asked.

I would like to point out that these motions only apply to matter. I have yet to consider energy, but these dimensions of time I have described thus far give us the understanding necessary to consider energy events. Perhaps the 8th dimension is an energy dimension that is based on the standing wave. The 9th dimension entails a second wave at a right angle to the first (light wave). Could this light wave rotate? Yes, I believe it can. Can it pulsate? Again, yes it can. This would have to entail a fluctuation in wave length. Can it also wobble as well? Funky, but if light is bent passing by an intense gravitational field then perhaps other forces could cause a wave to wobble as well. This of course would lead us to three more time dimensions. Perhaps the standing wave represents the first dimension of energy, with the second right angle wave being the second dimension of energy. Just as solid matter has dimensions with no motion then could a wave? No, because a wave is only a wave if in motion. I would even go so far as to wonder whether or not we need to consider energy evolving into matter? For a vision of this we can look at string theory and the concept of strings. Perhaps light can evolve into a sub particle, which leads to the proton, neutron, electron, which leads to elements, and so forth. In this case we would have to consider the first five dimensions as energy dimensions which then lead to the next three physical dimensions. I would break this up into groupings of energy dimensions/ energy time dimensions, physical dimensions, and finally physical time dimensions. This would lead us to the reality we know today.

This theory does not exclude the possibility of traveling moving back and forth through different states of the universe (Time Travel). It may be as simple as calculating where the earth was at some exact point in space and then tearing a hole between there and the point in space in which the earth is now. Perhaps if we travel faster than the earth around the sun in the opposite direction we would go back in time. It does not work that way, but logically it would make sense. The key factor here may be the dimensions of time. It is not just enough to orbit the sun in the opposite direction faster than the earth. We also have to take into account the revolution of the earth, wobble, etc. This would lead one to the conclusion that in order to ‘Time Travel’ you would have to figure out a way to account for all the motions of time relative to the two points you wish to travel between. The same would hold true for moving ahead to future events. Yes, I said future. The past, present, and future are simply concepts that we use to grasp events that have taken place, events happening now, and events that could possibly occur in the future. We would then have to assume that either all events that ever will occur have occurred, or the traveler creates the future up to the exact point they visit. Somehow they would skip over all of the events in between and appear at a specified point in a future present. In this process you would have to calculate the position of the earth at some point in the future based upon current rates of earth events. This would be like forecasting and the further you go the less accurate the destination. If you calculated for 10 earth trips around the sun, that would be more accurate than say 10,000 earth trips around the sun. This would be true for both future travel possibilities. In reality the only thing that truly exists is the present. Every event taking place is constantly occurring in the present. I am writing this now, still now, now, now, still hasn’t changed. We live in the present which is a universe where things are in motion and interacting. We make sense of this with the concept of Time and a past, present, and future. I am not stating that this sort of travel is possible, only that it may be possible.

Conclusion

I have brought you all as far as I have come with my considerations. However; I believe in this theory that I have presented to the readers. I believe in it 100%. I feel I have laid out a road map for the rest of the scientific community and even humanity to consider. We do not simply have 3 separate dimensions, and then one fourth dimension of time. In order to truly understand the universe we live in, we must come to the realization that time is composed of dimensions as well. The dimensions of motion. Once and hopefully when this theory is embraced, it may open up a new understanding of the reality we exist in. This theory is about ‘Events’ and not about the tools, or methods we use to measure those events.

C 3/31/2008 by Dennis James Huff

Related posts:

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2. The Complexities of Time
3. Dealing with Time across the Globe

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The docking station, which is available in black or white, can be controlled using the Bang %26 Olufsen intelligent system remote. This can also be used with Airport Express and AirTunes to stream wirelessly from the computer.

Surface and wall mounting options are available, along with optional colored speaker grills to match your home decor.

The device features sealed speaker cabinets, conical-shaped speaker units, and custom-made digital amplifiers to produce a sonic range from lower bass tones of 38-hertz to higher frequencies of 24,000-hertz.

Zean Nielsen, president of Bang %26 Olufsen, says: ‘We believe BeoSound 8 will resonate with many new and existing customers due to its many color options, versatile wall and table mounting solutions, and unrivalled sound quality.

‘It sets a new standard for hi-fi sound from a sound dock,’ he adds.

The BeoSound 8 will be available in Singapore from December 2, and will gradually roll out across the region in the same month. It is expected to retail for S$2,000 (US$1,551.23), with additional fabric frames offered as optional add-ons.

A free iOS app, BeoPlayer, will be available for download soon that will give users access to 20 Internet radio stations, music browsing (extended feature to be introduced later), as well as an alarm and clock feature. Upgrading to the paid version adds access to more than 10,000 Internet radio channels.

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Garmin nuvi 265WT improves its predecessor of the 200 series by the addition of free traffic information in real time from Navteq (for the life of the camera) and Bluetooth connectivity to your mobile phone. Other improvements in the 2×5 series include a technology faster satellite prediction, a redesigned screen with more information, terrain maps and an exciting new photo navigation. The garmin nuvi 265WT offers complete maps for North America and the practical functionality of text to speech, step-by-turn directions with spoken street names Real (‘turn right in 50 feet at Nebraska Way’, for example, instead of ‘turn right in 50 feet’).
The Garmin nuvi 265WT 2×5 models all sport the slim design that Garmin introduced the 200 series last year, to fit comfortably in your pocket or purse, and a rechargeable lithium-ion battery makes navigation device comfortably in car or on foot. All models are useful tools, such as a JPEG picture viewer travel, world travel clock with time zones, currency converter, calculator and more. The garmin nuvi 265WT has a large 4.3-inch (diagonal) screen that displays 70% more of the road around them.

Integrated traffic management receivers
could be free of traffic with an integrated receiver GTM 20 FM TMC for warnings of traffic jams and construction sites to come in your path to get SSL. No subscription or additional hardware. Simply switch on, unpack, and gain immediate access to traffic – free traffic updates for life of the device.
All you need do is simply touch the screen to view traffic details and are willing to make a detour in a problem area. And if you end up losing once, or you’re a detour that is not transmitted through the traffic receiver Garmin nuvi 265WT forced sophisticated automatic routing will get back on track in no time.

In most areas are continuing traffic emissions – no waiting time for regular updates or random alerts. Since traffic emissions are received through an FM data channel in silence, you can return to the music and news programs to listen on your car radio without interference input FM traffic data transmissions.

Hands-Free
increases in some places it is illegal to use cell phones while driving without a helmet. With Bluetooth, microphone and speakers, you can use the Garmin nuvi 265WT to any Bluetooth mobile phone using your hands, calls to mobiles. Just select the phone’s touch screen keyboard Garmin nuvi 265WT to make a call to a compatible phone. To accept an incoming call, tap the screen and speak into the microphone. Make and receive calls on the road has never been easier or safer. In addition, Garmin is very easy to navigate and record phone numbers or even use their personal cell phone contacts with the story.

FM Traffic
With an optional receiver notifies you of Clear Channel TMC and road construction can be stopped in your itinerary. All you need do is simply touch the screen to view traffic details and are willing to make a detour in a problem area. And if you end up losing once, or you’re a detour that is not transmitted through the traffic receiver Garmin nuvi 265WT forced sophisticated automatic routing will get back on track in no time.
In most areas, TMC Clear Channel broadcasts are continuous traffic – no waiting time for regular updates or random alerts. Since traffic emissions are received through an FM data channel in silence, you can return to the music and news programs to listen on your car radio without interference input FM traffic data transmissions.

Widescreen
See what’s around the super-bright, 4.3-inch (diagonal) touch screen is anti-reflection coating for easy viewing during the day and automatically changes the color profile for easy viewing at night or in low light. It offers 2D or 3D.

The widescreen format offers 70% more actual screen area than a 3.5 inch screen. Mainly what it means to a better image of the area you drive. This is particularly useful to show what parks, restaurants, ATMs, gas stations, etc. are nearby, or to know whether a detour is a good idea. The device itself is larger, ie the screen controls are well spaced and somewhat easier to push.

Inside the box
Garmin nuvi 265WT, preloaded City Navigator NT North America (full coverage), traffic for life, FM traffic receiver with vehicle cable, suction cup vehicle mount, USB cable, dashboard, Getting Started Guide.

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NTP servers (Network Time Protocol) are devices that can synchronise a computer network to an authoritative UTC time source. UTC (Coordinated Universal Time) is a global time scale used throughout the world and provided by Atomic Clocks.

NTP servers can receive UTC time either across the Internet from places such as nist.gov or windows.time. However, it must be noted that Internet based timing references can’t be authenticated and may leave a network vulnerable to malicious attacks such as DDoS (Distributed Denial of Service – normally caused by malware that floods a server with traffic) that blocks access.

Fortunately dedicated NTP servers can receive an authenticated timing reference through either the GPS network (Global Positioning system) or specialist long wave radio broadcasts normally emitted from a national physics laboratory. Some NTP servers can receive both signals and even use them at the same time to ensure better accuracy.

GPS NTP servers are extremely easy to install as most time server manufacturers supply easy-to-use software with their devices.

Normally a GPS NTP server consists of a rack mount NTP time server, A GPS receiver and IEC Power Cables.
For installation first locate a suitable area for the rack mount NTP Time Server in the rack mount enclosure, bearing in mind you will need to run a cable from this location preferably to the roof of the building or by a window if you are using GPS.

Locate an area to mount the GPS antenna, the ideal place would be the roof of the building with a 180 degree view of the sky but bear in mind that you will need to keep the GPS antenna close to the power source on the roof of the building. Things to avoid are air conditioning units and power distribution units as these will cause electrical interference.

The cable should be run from the rackmount enclosure to the selected mounting position leaving some slack cable in case you need to move the unit at a later date! Note: The maximum workable cable length for a GPS time server is 1000 meters (1km).

The four core cable is attached to the rear of the rackmount NTP Time Server using a small junction box. The standard wiring for the GPS antenna is as follows:

1 – Brown, 2 – Orange, 3 – Yellow, 4 – Green, 5 – Blue, 6 – White

With both units wired first power the GPS antenna then power up the rackmount server. Some time servers gave a small LCD screen at the front where on screen diagnostics are displayed. In most cases the unit will synchronise within 15 minutes, the delay is due to the GPS antenna locating and synchronising to satellites.

The configuration of the NTP Time Server can be achieved over the network using an internet browser.

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All you need is a special device as PCTV cards that are known from two species. The child must be installed on your computer, and the second is an external box that is connected to the USB port on your computer.

Some PC cards use the infrastructure to extract the satellite signals and allows users to enjoy digital TV and radio programs. Some cards have processors that allow the television to see embedded in a separate window while the PC is working in other programs. Both cards can get broadband via satellite. Applications are telephone line, but the data collected from 40 megabytes per second via a satellite dish.

Vision of satellite for pc needs at least a Pentium II 333 MHz, Microsoft Windows 98/ME/2000/XP and devices, sound card, USB port free, and CD-ROM. If you are a geek can use a free Windows Media Player, Real Player or Quick Time Player, all of you to the next level of society.

There are many possibilities. PC can be connected directly to a satellite dish, a product like Hauppauge 3000 or through the Internet cable or satellite box (you run the antenna cable from the socket Shy Digibox antenna cable input on a standard USB PC TV tuner card or TV can be connected). Direct TV and Dish TV both recommend that the satellite for pc connection on the property, ideal for TV on your computer.

PC-TV-radio can simultaneously or alternately Clock regular TV, movies or sports, and enjoy crystal clear music and writing, electronically controlled telewebbing or surf the Internet. The options are amazing, you can download and save your favorite programs, music CDs and creative.

Free Satellite TV offers information on free satellite TV, satellite TV, free TV on your computer, free satellite for pc offers, and more. Free Satellite TV antenna is connected [ http://Atopsale.com/TVPC-Online.php ] Red .

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Since the early 1990’s the Global Positioning system (GPS) has been the worlds’ only fully functioning Global Navigational Satellite System (GNSS). Run by the American military, GPS (sometimes referred to as NAVSTAR) has allowed accurate timing and location finding all over the world.

GPS works by using a constellation of satellites (at least 24) which circle the Earth and relay precise timing information from onboard Atomic Clocks down to Earth.

A GPS receiver will pick up this time signal from at least three satellites where it can triangulate its exact position by working out how long each timing signal takes to reach the receiver.

GPS is owned and run by the US military and broadcasts at least two continual signals L1 for military use and L2 for civilian (although an upgrade programme is currently underway which will expand the number of frequencies GPS will relay).

GPS is not only used for location and direction information the time signals are now used by millions of computer servers using Network Time Protocol (NTP) to synchronise their devices to absolute time UTC (the international standardised time scale – Universal Coordinated Time)
Satellite navigation has become such a popular and essential tool in aviation, sea-faring and now even motoring; that many nations have felt that it is too important a technology to rely on a foreign nation to provide (the US).

In 2002, the European Space Agency and European Union agreed to build Europe’s own GNSS called Galileo. Despite many political wrangling about costs and who will pay for what the programme is now well underway with positioning and timing information expected to begin broadcasting in 2012 to 2013.

A Russian based system known as GLONASS, which was fully operational during the cold war but has since fallen into disrepair after the collapse of the Soviet union, is also being revived while the Chinese have started their own GNSS system called COMPASS which would mean within a decade up to four GNSS systems could be globally active.

To compete with the new and more advanced GNSS technologies the GPS programme is currently being upgraded and it is expected that when Galileo begins relaying signals both systems will become interoperable allowing even more accuracy in timing and positioning.

GPS has already revolutionised the way the world works not only allowing precise global positioning but also allowing the entire globe to synchronise to the same timescale using NTP servers. It is expected that even more advances in technology will emerge once the next generation of GNSS begin their transmissions.

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Hyundai’s 2011 Equus is being touted as the most affordable luxury car on the market.  As Hyundai Motor Company’s full-size, opulent and priciest sedan, it is considered to be their flagship model.  The 2011 Equus is for the person who wants all the comforts and prestige that a Mercedes or Lexus have to offer without the price tag.  And, you can hardly blame them.  The features are quite impressive.  Consider some of the well-appointed options:  VIP seats, refrigeration, Lane Departure Warning System, adaptive cruise control, two cameras and space-age technology that would make even Inspector Gadget blush!

2010 was a big year for Hyundai.  It continued to break sales records following a series of successful new products.  Recently, with the unveiling of its most imposing product yet, the 2011 Equus sedan, it set its sights on vying for a position with the top ranking luxury vehicles.  Not only was it named as ‘one of the best vehicles of the year,’ by Playboy, but it was also considered to be ‘most likely to succeed in 2011.’  Despite hard-hitting competition, the 2011 Equus is a formidable contender.  The Hyundai 2011 Equus features a 385 horsepower 4.6-liter V8 with a six-speed automatic transmission. It also features a Lexicon Logic audio system, a first-class backseat to ensure the comfort of passengers, and the user manual is an Apple iPad.

2011 Hyundai Equus

Trim

Ultimate

Body

4dr Sedan

Engine

385hp V8

Transmission

T6

Drive Type

RWD

EPA Fuel Economy City/Hwy

16/24

Tires (rear if not equal)

275/40-19

Audio (watts, speakers)

608, 17

Adaptive Cruise Control

Standard

Compact Spare Tire

Standard

Laminated Side Glass

Standard

Lane Departure Warning System

Standard

Rear Side Airbags

Standard

Wide-view Front Monitor

Standard

Refrigerated Storage Compartment

Standard

Second-row High Console

Standard

Bluetooth Audio Streaming

Standard

CD Changer, In-dash

Standard

Entertainment System, Console-mounted

Standard

Ionizing Air Filtration

Standard

iPad

Standard

Satellite Radio

Standard

Water-repellent Front-door Glass

Standard

Analog Clock

Standard

Air suspension, auto-leveling %26 height adjustable

Standard

Chrome-plated Alloy Wheels

Standard

The VIP seats are configured with some terrific features that not only warm you through and through, but they provide you with a relaxing massage.  There’s also a cooler for keeping your drinks chilled and your perishables fresh when you are on the road.  The passengers are also treated to heated and cooled seats with full power adjustment.  For your entertainment, you will find there are both audio and climate controls together with a rotary dial to navigate the screen between the front seats.  The LDWS is a life saver that will tighten your seatbelt and chime in when you veer out of your lane.  It’s much better than having a nagging backseat driver.

Furthermore, with the adaptive cruise control, the Equus drives easier than a bicycle.   There’s, not one, but, two cameras that make for ease in parking that would amaze even the most persnickety driver’s education instructor.  Along with a screen that displays trajectory lines matching the steering direction, there’s not a tight spot that you won’t be able to get out of.  Finally, the techno-gadgetry is straight out of a James Bond movie.  These specs are what place this 2011 Equus in a class of its own.

With the 2011 Equus’s starting price of $58,000, it provides plenty of substance, while undercutting the price of comparable luxury sedan mainstays. Those are just a few of the reasons why Playboy believes the Equus will be a dazzling success in 2011.

In addition to the impressive interior and luxuriant attributes, the 2011 Equus handles effortlessly and glides along the roadways like a magnificent schooner on a calm sea.  The price is certainly something to smile about and, as if that’s not enough, consider the ultimate customer service.  The dealership will pick up your 2011 Equus rather than have you drop it off.  Not only is 2011 Equus outmaneuvering the competition in the price range, but it is also besting them in the pampering department.  You will be receiving the same consideration royalty gets when they purchase a vehicle for six times as much.

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Ever wondered why some people turn anything they touch into gold; while other people fail even before they attempt something?

Most people would simply call it luck; perhaps saying, “you’re just lucky.” And if they weren’t pleased with the outcome, it’s a “bummer.” You might hear, “well, try another time and it may work out.”

What do these statements tell us? They carry hints into the beliefs behind our thoughts. Obviously, it is presumed that we have no control of the outcome; how else could you explain the word “luck?”

Have you ever heard rich people saying these things? Do you believe managers and CEO’s lead their companies by rolling the dice? They would probably be fired immediately if they were discovered to be relying upon luck.

In contrast, what are successful and wealthy people doing? If you look into it, you will find there is only one difference – their beliefs!

Believing that the outcome of what you are doing is dependent on luck will lead to exactly that result. Some things will manifest the way you wanted, and some won’t. In the end, you would have the proof that the results of what you do in your life are dependent upon dumb luck. As long as you believe this, it will stay that way.

Can a Simple Belief Create Such a Different Reality in Our Lives?

Yes, it can; and in a very profound way that could be described in modern science as the quantum effect. To understand this, let’s look into how a belief works.

What is a Belief?

What does the dictionary tell us about a belief?

1. something believed; an opinion or conviction: a belief that the earth is flat.

2. confidence in the truth or existence of something not immediately susceptible to rigorous proof: a statement unworthy of belief.

3. confidence; faith; trust: a child’s belief in his parents.

4. a religious tenet or tenets; religious creed or faith.

There are a few interesting words in these explanations that we will take a closer look at, in order to understand how beliefs work.

* opinion

* truth

* confidence

The description in #2 gives us a good hint. “confidence in the truth of existence of something not immediately susceptible to rigorous proof.” The word “assumption” comes close. Basically, we assume that something is true, before we have proof.

When Does Something Become the Truth and How Do We Get the Proof?

When you watch TV and you see the news, do you believe it? Here is the interesting part – each person believes it differently. Some believe it all, some believe a part of it, and some believe it only when it comes from the mouth of a “trustworthy” person.

How About The Proof?

How do you prove it is 12 o’ clock? You simply look at your watch. If you doubt it, you may look up at your computer, and if you doubt even that, you may call the phone service to get the time. But does this prove to you that it’s 12 o’ clock? Not at all, you are still believing it!

So it is with our beliefs; they become self-fulfilling prophecies. Take this even further: what happens to your brain when you make up a belief? You assume it is true, without having the proof.

Now we get to the quantum part of it. The moment you generate a belief, your consciousness creates new probabilities in your life. New probabilities lead to new realities. At this point, even if you are not conscious of it, you have opened a new door into a reality that contains the probabilities to manifesting exactly what you believe.

It is like sending out a new radio frequency; you just have to wait until it finds its resonator. The moment the resonator is found it will transform from a possibility into reality, which means your belief just manifested.

It’s worthwhile to take a look into the astounding findings made in the last 10 years of quantum physics. It is no longer a field of only “crazy” scientists. In fact, many agree that quantum physics is the ultimate key to understanding how ‘our’ consciousness works.

How Does This Relate to Dreams?

A dream is nothing more than a belief. Not bigger or greater than any other belief, just different. And to make a dream come true we ‘only’ have to believe in it. If we want a different outcome in our lives, we need to change our beliefs; we need to replace the old ones with new ones.

We need to remember that beliefs are self-fulfilling prophecies. Meaning that it was us who created that belief in the first place. You cannot change a belief if you do not claim ownership of it. In your life, you may have taken chances on someone else’s beliefs. However, you still decided at some point to make it yours. When you reach the point where you see that you have created a belief, it is very easy to change it. Just do it!

It’s a shame that we aren’t provided with a human operating manual. We are cast into the world with no clue whatsoever. Hopefully, this is changing, and soon we will be able to give our children a handbook on how to successfully master life. And most importantly, to guide and support them in manifesting their dearest dreams.

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The Sony Ericsson G900 is good in many things. For all your organizing needs, you can easily turn to this mobile phone for assistance. It has plenty of features that can make all your organizing days hassle free. Plus, you can really get organized with this communication device. Say goodbye to all those disorganized moments of yours because now, you have the G900 to help you take control! So, what are the things to expect from the G900 Organizer?

First, it comes with the standard alarm clock feature. The usefulness of this feature should not be underestimated. The G900 also has an effective calendar. With it, you can easily plan your meetings or any other activities. Coupled with the alarm clock, your chances of getting late or missing appointments are considerably reduced! The Sony Ericsson G900 also has the fully functional calculator for all your computing needs. This device is equipped with document readers and editors too, for reading and editing any documents and saving them as one of the many popular formats.

The G900 also has the flight mode for disabling the radio transmitters and receivers of the device while you are on a plane. This way, you can fly safely plus still be able to use other phone functions. Other features of this device are notes and handwriting recognition. With this, you can write stuff with the stylus pen and all your notes will be transformed into digital text. You also get the Phonebook. The G900 also has the stopwatch and timer functions. It has the Symbian OS and it is a cool touch-screen device. With this mobile phone, you also get the Tasks feature allowing you to save, sort, or create details about things that need doing. You can also set any reminders. So, get organized with the Sony Ericsson G900 now!

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There are hundreds of internet based timing sources that allow computers running NTP to synchronise to a UTC time – however, there are several drawbacks in relying on the Internet for a timing reference:

Security is paramount for most computer networks and NTP, one of the Internet’s oldest protocols, is equipped with its own security measures in the form of authentication. Authentication verifies that each timestamp has come from the intended time reference by analysing a set of agreed encryption keys that are sent along with the timing information.

Unfortunately, internet time sources can not be authenticated and Microsoft, Novell and others “strongly recommend” that internet sources are not used for a timing reference as it could leave a network vulnerable and open to malicious hackers, viruses or even a DDoS attack (Distributed Denial of Service – where a server is inundated with traffic rendering it useless).

Also a survey by MIT (Massachusetts Institute of Technology) of over 900 internet time references, discovered nearly half were offset by over ten seconds (one by a staggering six years – but there were fortunately not many peers) and less that a third where described as being at all “useful”.

The report also discovered that many internet time reference hosts were too far away from their peers to allow any accurate time synchronisation to take place.
Fortunately a dedicated NTP network time server can receive other sources of UTC time which do offer complete security, authentication and are far more accurate and reliable.

The first is the national time and frequency broadcasts transmitted by several countries. In the US the signal is referred to as WWVB and is broadcast by NIST (National Institute for Standards and Technology) in Colorado. In the UK the National Physical Laboratory (NPL) broadcasts the MSF signal from Cumbria and similar systems are broadcast in Germany (DCF-77), Japan (JJY) and France (TDF).
Another, equally accurate and secure method is to use the timing signals broadcast by the American GPS (Global Positioning System).

The GPS is currently the world’s only Global Navigation Satellite System, although Europe’s Galileo and the Russian GLONASS system are expected to be up and running over the next five years.

It is a consequence of needing accurate timing information to be able to pin-point positioning  that GPS satellites all contain an Atomic Clocks and the signal that is broadcast can be received and used by a network time server.

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The new NWZ-A810 and NWZ-S610 series of Walkman digital music players have a standard user interface that makes it easy to enjoy songs, videos or pictures. For crystal-clear image quality, the video players have a large 320×240 pixel LCD screen that displays video at 30 frames per second. The battery life allows up to eight hours of video playback for the NWZ-A810 series and nine-and-a-half hours for the NWZ-S610 series.

Unlike the mostly plastic S610, the A810 looks and feels exceptionally well made. There’s certainly nothing toy-like about the brushed metal (available in black, white, pink, and silver) or very shiny chrome-looking bands, Walkman and Sony logos, and control borders.

The A810 Walkman has the same straightforward user interface as the S610. The only difference is that the former has a clock icon while the latter has an FM radio icon in the top row. Both players have the same clock screensaver functionality; the A810 has a dedicated icon for it because it lacks a built-in FM tuner.

The audio quality with the DSEE feature turned on is excellent; it restores parts of the music that are lost during compression and generally livens up the sound. There’s also a custom five-band equalizer and a handful of EQ presets. The player supports MPEG-4 video, unprotected AAC, MP3, WMA, and protected WMA music files, and JPEG photos. Content looked and sounded great, though the 320 x 240-pixel screen’s colors were a little drab for our taste.

Supported audio formats include WMA, AAC and MP3, with the integrated image viewer capable of handling JPEG files. Video formats include AVC (H.264/AVC) baseline profile and MPEG4. You can download movie trailers in .movie format and convert them for use with the Walkman video players. As can be expected, Sony Pictures Entertainment has also provided video content for both the players.

Store up to 5,050 Songs or up to 30H 40M of video on your Walkman video MP3 Player and never be without your entertainment again. Easily view your movies, photos and music information on the high quality, 320×240 displays. Supports playback of MP3 and WMA DRM and non-DRM audio files downloaded from multiple sources. Also supports non-DRM AAC content, giving you multiple options for downloading music the way you want. Shuffle play among songs from a randomly selected year. Use the first letter of the song, album or artist to easily find the music you are looking for.

Two things set this player apart from the pack: Sony’s EX series in-ear headphones and the excellent battery life (an impressive 8 hours for video and 33 hours for audio). The silicone-tipped headphones are far superior to regular ear buds, though we’re not thrilled about the asymmetrical two-piece cable design.

Features:

# Size: 1 3/4 x 3 1/2 x 3/8′ (44.5 x 88 x 9.6mm)

# Screen: 2” 320×240 262k Color

# Capacities: 2GB ( $120), 4GB ($150), 8GB ($200)

# Audio Support: MP3, WMA, AAC, PCM

# Video Support: MPEG 4, M4V

# Rated Battery: 33 Hours Audio / 8 Hours Video

# Photo Support: JPG

# Transfer Protocol: MTP

# Other Features: Premium Headphones

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Why use wireless home security systems when you can opt for the contemporary ones? This particular query might just be the question other would-be owners have in mind. While you still keep on looking for the reasons why, here’s a few good grounds coupled with everything you need to know about wireless home security systems.

1.    Wireless systems are way economical. Where else can you find a security system that will only cost you a hundred bucks or less these days? The wireless system does it! You might not know it, but there are great numbers of security systems online offering at a price you wouldn’t imagine possible. If you want a remote control wireless camera, you can have it for as low as $45. Still aiming for a lesser value? How about a wireless mini pinhole camera for $ 44 dollars? This can go on and on, but the gist here is, you need not shed more cash just to get your home fully protected.

2.    Wireless home security systems are simple. The installation for this type of security system only requires nominal technical skills. Anyone can mount it without the need for complex wiring and electronic installations. Therefore, you save time from digging holes on your wall, energy for doing so, and money that could be spent on other important necessities. The wireless system’s simplicity of installation and use makes up a more preferred security system.

3.    Wireless systems offer large coverage. Since this type of security system is operated through frequency waves, it magnifies and amplifies the scope doubly thereby creating a highly efficient security for a system. There are security cameras that have limited range of operation. Given this, the ability to see through possible traces of burglars are limited. But with wireless security systems, the benefit of monitoring larger scales and reach knock together its major advantage.

4.    Wireless systems act as silent scouts. If you’re not only after for your own home’s security against burglars and housebreakers, the wireless security camera also works to your advantage in terms of watching over your children under the care of a babysitter, the possibility of a cheating partner caught in the act and a lot of other personals that you would want to monitor especially when you’re not around. These wireless systems are regarded as discreet watchers minus the hassles of wirings and obvious visibility. You can choose from varieties of spy wireless cameras such as a wall clock hidden camera, spy finder, wireless smoke detector camera, wireless hidden camera inside clock radio, picture frame wireless camera and a lot more.

5.    Wireless systems are battery operated. This will serve as both an advantage and a disadvantage. Picture this: Intruders have a way of sneaking their presence into the house specifically if the electricity is cut. This serves as their go-signal towards forcing the lock and breaking down the door. But, if you have a wireless security system with you, even in the absence of electricity, your security camera will still work to your advantage. Just don’t forget to check, charge and replace your batteries – this is a sure disadvantage, and most probably, the doom of your security.

So, are you still wondering why wireless home security systems? The abovementioned grounds should’ve rested your case by now.

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The Samsung S7330 is another 3G phone by Samsung that was released last September 2008.

Here are the features of this mobile phone:

It only weighs 110 grams and measures 104.8 millimetres in depth, by 49.4 millimetres height and 13.9millimetres width. The Samsung S7330 also has a display measuring 2.2 inches with a resolution of 240 pixels by 320 pixels.

The Samsung S7330 is a speaker phone, which gives its user flexibility wherein they can talk while doing something else.

It allows about 1000 entries in its phonebook, and records about 30 each for dialled, received and missed calls. T

The Samsung S7330 has a built-in thirty five megabyte memory which users can opt to expand, by adding in a MicroSD memory card for another eight gigabytes of memory space.

Users of the Samsung S7330 can transfer files via blue tooth or USB connection. Therefore users can transfer data wirelessly via the Bluetooth or transfer data cables via USB. The Samsung S7330 basically allows users to use whatever connection suit their needs.

As for games, the Samsung S7330 has pre downloaded games, however if users would want to download others, they can do that as well.

This phone also comes equipped with an FM radio which enables users to enjoy listening to FM music, or just listen to latest entertainment news.

Regarding appearance, the Samsung S7330 is only available in dark silver and black casing.

The Samsung S7330 has a built-in three mega pixel camera with the following features: Auto focus, Flash – for great pictures even at night, Face detect ion – automatically captures a face when it smiles, Video calling and Second camera.

Users can also create a photo album to categorise their pictures.

The handset also has a video player that supports MPEG4, H263 and WMV formats.

Other features of the Samsung S7330 are the following: Calendar, Clock, Alarm clock, Calculator, Handsfree speaker, Call log – which allows user to track all its calls, Touch control navigation panel – which enables users to glide freely through the menus and WAP XTHML Browser – allows users to have internet connection and surf the net and send emails as well.

This phone is good for users who use their phones for long calls, since it has a battery life of 7 hours for talk time, and about 350 hours for standby time.

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The Casio pathfinder PAW1500-1V model will certainly capture you immediately which consists of excellent layout along with skillfullness. Truly the better if Casio timepieces can give, you will see digital compass attribute, which in turn obviously is the vital thing to help every backyard experience. Trying to decrease different equipment you should carry, Casio additionally applies to this watch characteristics for instance wave chart, altimeter in addition to barometer performs. While using Casio PAW1500-1V there are plenty of choices, many inside picture and so on your current wrist all set to get utilising.

In addition to like a formidable resilient look at which is qualified to endure all of that character could have waiting for you, the finest element with this Casio to locate pathfinder PAW1500-1V look at would be the a solar panel. Which means due to have to settle for battery packs. Maybe the tiny sunshine once in a while would probably maintain your battery pack in your watch costed along with would certainly maintain the observe ticking. Possessing Casio view incurred by simply lumination, you’ll have got One humdred and fifty nights importance of demand without having more being exposed of sunshine, that is certainly correct consistency.

Your Casio pathfinder PAW1500-1V provides nearly all a characteristics with the exception of the Gps navigation. This watch has got big set up clearly apparent amounts by using very dazzling backlight. This timpiece has auto backlight feature, which you’ll want to allow and also eliminate very easily through the solutions list. Casio features a good reputation for generating watches intended for trustworthiness, purpose, as well as ruggedness. After you perceive the letter from the outdoors, make sure to venture out using the PAW1500-1V Casio check out.

This watch showcases silent celestial body and hold graphs, it has an excellent compass, altimeter, thermometer, barometer, entire world time, stopwatch, countdown cooking timer, 5 alarms, on an hourly basis chime and much more features will be in internal the timepiece. Usually Casio different watches include great water proof, this view is additionally water-resistant about 100 metres. This particular view simply provides all of it you should actually aim for as part of your watch. Radio station atomic timekeeping is definitely an added in gain, which ensures you keep the time in this enjoy genuine in order to split of secs.

For anyone who is asking yourself just what fischer moment designer watches tend to be, then fundamental essentials different watches in which you don’t need to change enough time. Your NIST (Countrywide Company of Benchmarks in addition to Engineering) comes available along with really appropriate %26 highly accurate hydrogen as well as cesium atom lamps, that are called fischer different watches. An expensive annotations from the United states of america naval observatory performs a vital purpose to keep fischer wall clocks with synchronization while using the actual revolving of the earth plus global course across the sun’s rays. The resulting time frame facts are next showed as a result of small radio station waves from the station. Your nuclear wristwatches captures a broadcasted transmission out there towers and also immediately modifies any time in the look at. As long as the view is getting your impulses, it will be remarkably appropriate so that you can tiny fraction involving secs. So all you need to accomplish is only keep your view nearby the windowpane every day as well as your enjoy will be in connect having those people atomic wristwatches.

At first you must calibrate the timepiece with the genuine seen disorders, once it is calibrated it will eventually present really precise sizing’s. Casio watches are often quite long lasting, hence ordinarily you cannot practical knowledge any risk using from any of the performs. Nevertheless the measure solely measures while in the steps connected with Zero.05 inches width, which can be usually up to scratch but a majority of times mistaken. This altimeter on the other hand steps around steps involving 5 various meters including -700 metres to 15,000 metres, and it will save facts to get height, date time and calendar month. In addition, it may also give you differential charts, this means you will placed a vital burglar alarm once you get to to a chosen altitude situation.

Nevertheless, if you’re a type of design informed men, then you should try this Casio view for your hand before purchasing the idea. The watch is definitely little bigger also it may not in shape well when you received an extremely small arm. An additional downbeat aspect of this kind of enjoy is actually it’s liquid plastic resin wedding band. Since it’s cheap you will really feel very little unpleasant just after dressed in this wrist watch with regard to at some point.

Overall, the particular Casio pathfinder PAW1500-1V is indeed a lot the very best look at from the Pathfinder line out of Casio watches. The actual pathfinder line is acknowledged for taking top outdoor designer watches this view won’t disappoint you now there. And so before you decide to stage exterior the next occasion, think of purchasing this view.

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Many people may not be aware of the need or value of wireless clock systems.  But consider, if you are in charge of facilities for a hospital, and along comes Daylight Savings.  You are faced with a massive administrative task – every clock in the building needs to accurately spring forward or fall back an hour.   Technology has made huge inroads with clock systems.  And now, companies like The Sapling Company even produce wireless clock systems that are automatically synchronized with an atomic clock!  Every synchronized clock system and product the Sapling Company produces has a number of technological ‘advantages’.

Synchronization of Wireless Clocks

An advantage of wireless clocks is they can be quickly synchronized without having to undergo the expense of installing network cable throughout your institution.  Every clock in the wireless clock system has the ability to receive a wireless signal and, as well as send a wireless signal back out to other clocks in the system, provided they are within 150 feet of the clock transmitting the signal.

Web Based Master Clocks

Another advantage of the wireless clock system is it can be accessed and fully controlled from a user-friendly, web-based interface. Complete control of the wireless clock system is easily managed through this control panel.  Once the master clock is set, all other clocks in the wireless network are immediately synchronized.  And since the control panel is web based it can be quickly accessed from any web browser.  With these advantages in wireless clock systems, you can even update all of your school clocks or hospital clocks remotely!

Wireless Clocks and FCC Regulations

If a given technology sends a wireless signal at a constant frequency, it is required by the FCC to obtain a license. Fortunately, today’s wireless clock systems utilize a technology called frequency hopping, which allows the clock system to constantly change the frequency that the clock system is broadcasting and receiving – without impacting synchronization of the system. Because of this technology, owners of comparably equipped wireless clock systems do not need to regularly file paperwork with the FCC.

The Advantages of Wireless Clock Systems

With Sapling’s innovative and advanced wireless clock system, we can offer our end users these specific advantages that they won’t find elsewhere.  The aforementioned benefits of this system are specific to Sapling, and are the reason Sapling is able to stay ahead of the curve in today’s ever-progressing technological market.  These advantages are what make Sapling the innovative company that it is today, as well as the ideal choice when choosing to implement a synchronized wireless clock system.

Incoming search terms for the article:

• wireless Clocks controlled by internet time

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Introducing the first full QWERTY phones that comes with an ultra large 3.6 inch touch screen! The Vivistar- 3.6′ Quad Band Dual Sim Slider Phone w/ Wifi, TV, Qwerty offers everything that today’s powerful cell phones have to keep you entertained and connected, including Dual Sim, Dual Standby, Wifi, Analog TV, Bluetooth, Radio, duel sensor camera and camcorder!

Extra Large Screen: the Vivistar features a vibrant 3.6 inch touch screen with clear crisp graphics to give you a brilliant viewing experience.

30% Larger QWERTY Keyboard: size does matter! The Vivistar is smartly designed to offer you an ultra large QWERTY keyboard which is 30% larger than an ordinary QWERTY phone. When you need to write an email or send a text message, just slide out the keyboard for maximum typing comfort!

Being large doesn’t have to sacrifice on style. The Vivistar sports a clean and sleek design that rivals any trendy looking phone on the market. The large blue and black keys look elegant and the thin design enables it to fit into your pocket effortlessly.

With its multiple powerful functions, ergonomic design features like extra large screen, keyboard, and winning style, the Vivistar is a perfect gift for yourself or your beloved ones during this festive season. Place your orders now on this amazing 3.6 inch slider QWERTY keyboard world phone before it sells out – brought to you by the online leader in direct from China wholesale electronics – All-promising !

Major Features

• 3.6 Inch Touchscreen
• Large full QWERTY keyboard
• Sophisticated design
• Handwriting function for text and sms
• Effortlessly switch between the phone’s front and back dual camera system
• Fully unlocked phone! Use with any carrier, network, and SIM card(s)
• Built-in answering machine: calls are saved to memory for instant review.
• Pre-loaded personal digital assistant (PDA) software tools; Calendar, World Clock, To-Do List, Alarm
• Clock, Calculator, Sound Recorder, Unit and Currency Converter.
• Separate ringtone for each caller on your contact list!
• Use either a 2.5mm earphone or the included USB earphone for listening to music.
• Accepts both types of headphone connections.

Specifications

• Primary Function: 3.6′ Quad Band Dual Sim Slider Phone w/ Wifi, TV, Qwerty
• Chipset: MediaTek
• Operating System: Nucleus RTOS
• GSM Compatibility (Quad Band): Frequencies 850MHz, 900MHz, 1800MHz, 1900MHz
• Color: Black
• Screen:
– 3.6 Inch LCD Touch Screen
– Resolution: 480 x 320 (HVGA)
• Touchscreen Type: Resistive
• Comes with onboard stylus: YES
• SIM Card Slot: YES – 2
• SIM Card Modes: Dual SIM open, Only SIM1 Open, Only SIM2 Open
• Number of Phone storage contacts: 800
• Memory:
– Internal: 71.8MB
– External: TF / MicroSD (not included) – supports up to 8 GB
• Mobile Internet: Yes – WI-FI (IEEE 802.11 / 802.11b / 802.11g Compatible), GPRS, GSM Data
• Languages: Arabic, Bahasa Indonesia, Bahasa Malaya, Deutsch, Dutch, English, Polish, Portuguese, Russian, Simplified Chinese, Spanish, Thai, Vietnamese
• Call Settings: Caller ID, call waiting, call divert, call barring, line switching, black list, background sounds, call time display, call time reminder, auto quick end, pitch shift
• Compatible File Formats:
– Music: MP3
– Images: JPG, BMP, GIF
– Videos: 3GP, MP4, AVI
– EBook: TXT
• Playing Time (music) approx: 6-8 hours
• Playing Time (video) approx: 3-4 hours
• Standby Time approx: 120 hours
• Talk Time: 4-5 hours
• Battery Charge Time approx: 3 hours
• Battery Type: Rechargeable Li-ion
• Menu Icons: Phone, Contacts, Opera, Music, Text, Calendar, Photos, Camera, Player, Notes, Mail, New SMS, Calculator, Map, eBuddy, Settings, Call Log, Wallpaper, WLAN, Java, MMS, Chat, Game, M Game, Search, Call Center, File, Profile, Worldtime, Network, Unit, Currency, Voicemail, FM Record, Broadcast, Video Record, Answer, Repeater, Recorder, Slide, Books, Bluetooth, TV, Contact, WAP, Stopwatch, Radio, Clock, 3G Chat, MSN
• Messaging Types: SMS Text Messaging, MMS Picture Messaging, Chat, Voice Mail Server, Broadcast Messages
• Accelerometer Settings: Wallpaper Switch, Song Switch, FM Channel, TV Channel, Screen Rotate, Call Silent, Motion Game
• On Board Buttons/Slots: USB recharging, file transfer, and earphone slot, ON/OFF, TV Antenna, Camera Call, Home, Drop Call, Stylus, Backward, forward
• Bluetooth:
– Type: MTK BT DEVICE
– Supported Service Profiles: Handsfree, Headset, SPP, DUN, OPP, FTP, A2DP, AVRCP, BPP, HID, BIP
– Options: Power, Inquiry Audio Device, Remote Control, My Device, Active Devices, Settings
• Email: Send/Receive, Write Email, Inbox, Outbox, Sent, Drafts, Clear Mailbox, Delete Marked Emails, Email Accounts, Templates
• Wireless LAN: Enable/Disable, WLAN Status, Access Point Settings, Search Networks
• Digital Picture Camera:
– Dual Sensor: 1 (Front Lens), 2 (Back Lens)
– Photo Format: JPG
– Max Resolution (front and rear camera): 1.9 MP (1600 x 1200)
• Digital Video Camera:
– Dual Sensor: 1 (Front Lens), 2 (Back Lens)
– Video Camera Settings: White balance, EV, night mode, anti-flicker, video quality, effect settings, storage, restore default
• TV:
– Type: Analog
– TV Standard: SECAM, PAL, NTSC
– Extendable TV Antenna: Yes
– TV Settings: Channel list, channel search, full screen, manual input, my channel, record, search area
• FM Radio:
– Frequency: 87.5MHz to 108MHz (worldwide)
– Background Play: ON/OFF
• Dimensions: L: 150 x W: 83 x D: 12 (mm)
• Certification: CE, FCC, RoHs

Accessories:
• Earphones
• Power Adapter (100-240V)
• USB Cable
• 2x Li-ion 1200mAh Rechargeable Battery
• User Manual – English

Ordering from All-promising provides you with the following benefits:
• Orders processed and shipped within 24-hours
• 12 month warranty
• In-house QC
• Member discounts
• Award winning customer support
• Quantity order discounts
• Worldwide Shipping

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• vivistar 3 6 inch

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In 1975 the FCC published new regulations as part of CFR 47 to protect radio and TV broadcast services. The new rules published as Part 15 covered a huge range of electronic devices. Control of conducted and radiated emissions were now required for all equipment that does not generate RF energy as part of its intended operation.

Over the intervening years leading up to today the FCC have added more and more subparts to address the continuing development of electronics systems. The CFR 47 part 15 rules were rewritten in 1989 as a consolidation exercise, becoming effective in 1992, and today’s FCC part 15 rules contain 8 subparts, subpart A to subpart H;

Subpart A – General (15.1 thru 15.38)

Subpart B – Unintentional Radiators (15.101 thru 15.124)

Subpart C – Intentional Radiators (15.201 thru 15.257)

Subpart D – Unlicensed Personal Communications Service Devices (15.301 thru 15.323)

Subpart E – Unlicensed National Information Infrastructure Devices (15.401 thru 15.407)

Subpart F – Ultra Wideband Operation (15.501 thru 15.525)

Subpart G – Access Broadband Over Power Line (15.601 thru 15.615)

Subpart H – Television Band Devices (15.701 thru 15.717)

Subpart A – General

Subpart A contains specific details that must be adhered with in order to ensure compliance. One of the very important rules (15.1) has the definitions for the common terms used in the compliance requirements. A sample of the definitions include;

? Digital device: ‘An unintentional radiator…that generates and uses timing signals or pulses with a frequency %26gt; 9 kHz, and uses digital techniques.’ This applies to personal computers, peripherals, and other equipment using clocks and logic circuitry.

? Class A digital device: ‘A digital device marketed for use in a commercial, industrial, or business environment and not intended for use by the general public or in the home.’

? Class B digital device: ‘A digital device marketed for use in the home, although it could be used elsewhere.’ Examples include calculators and personal computers.

? Incidental radiator: ‘A device that generates RF energy during the course of its operation but is not designed to do so intentionally, for example, DC motors and mechanical light switches.’ (There are no specific technical requirements in Part 15 governing incidental radiators, other than the general one that they not cause interference. The EU, in contrast, imposes emissions standards for many incidental radiators.)

? Intentional radiator: ‘A device that intentionally generates and emits RF energy by radiation or induction.’ If the RF energy performs work, it is a Part 18 device.

? Peripheral device: ‘An input/output unit of a system that feeds data into and/or receives data from the CPU of a digital device.’ Peripherals to a digital device include the following:

o any external device connected to the digital device;

o any device internal to the digital device and connecting to an external device via wire or cable; and

o any plug-in circuit board, either internal or external, that increases the operating speed of the digital device. Examples of peripheral devices include printers, external (but not internal) floppy disk drives and other data-storage devices, video monitors and driver boards, and keyboards. CPU boards are not considered peripheral devices.

? RF energy: ‘Electromagnetic energy at any frequency in the radio spectrum between 9 kHz and 3000 GHz.’ (Part 15 regulations cover up to only 231 GHz, if it’s any consolation.)

? Unintentional radiator: ‘A device that intentionally generates RF energy for use within the device…but which is not intended to emit RF energy by radiation or conduction.’ Receivers and digital devices are examples of unintentional radiators.

Subpart A requires that a wide range of requirements are met in addition to the specific technical requirements for each of the devices covered in Part 15.

Labeling and user information are contained in 15.19 and 15.21.

Actual measurement standards are detailed in 15.31 thru 15.37, referring to the test standards and test methodology (ANSI C63.4 for unintentional Radiators) and directing manufacturers to the specific part of the Part 15 rules that must be satisfied (The technical requirements).

Unlike the European Union (EU) requirements, immunity is not a mandatory. A very broad statement in 15.17 advises manufacturers to design equipment so as to reduce the susceptibility for receiving harmful interference.

Subpart B – Unintentional Radiators

An extremely wide range of equipments that contain electronic circuitry with clocks and logic circuits are covered in this subpart. Anything from personal computers, PC peripherals, Television receivers, are examples of typical equipment that fall within the scope of this subpart.

Because of the nature of potential interfering signals that can be generated from the different devices, the applicable compliance route is determined in section 15.101. Various terms are used to describe the equipment authorization required;

Verficiation – is a procedure where the manufacturer makes measurements or takes the necessary steps to insure that the equipment complies with the appropriate technical standards. Submittal of a sample unit or representative data to the commission demonstrating compliance is not required unless specifically requested by the commission.

Declaration of Conformity – is a procedure where the responsible party makes measurements or takes other necessary steps to ensure that the equipment complies with the appropriate technical standards. Submittal of a sample unit or representative data to the commission demonstrating compliance is not required unless specifically requested by the commission.

Certification – is an equipment authorization issued by the commission based on representations and test data submitted by the applicant.

Of course not ALL equipment is covered by the scope of the FCC rules, Section 15.103 list the exemptions;

1. are used solely in any transportation vehicle such as a car or an airplane;

2. are used solely as an electronic control or power system by a public utility or in an industrial plant;

3. are used solely as industrial, commercial, or medical test equipment;

4. are used solely in a domestic or commercial appliance;

5. are used as specialized medical devices under the direction or supervision of a licensed healthcare practitioner;

6. have a power consumption of 6 nW or less; or

7. use or generate a frequency less than 1.705 MHz and are never connected to the AC line.

8. a joystick controller, mouse, or similar device that is used with a digital device but itself contains non-digital circuitry. Such devices are, for these purposes, regarded as passive add-ons.

Section 15.105 details instructions to the user that must be included in instruction manuals for Class A and Class B digital devices.

The Class A statement cautions that operation of the device in a residential area is likely to cause harmful interference

The Class B statement offers suggestions for minimizing interference to radio or TV receivers.

Measurement Limits are defined in sections 15.107 and section 15.109

Two levels of radiated and conducted emissions limits for unintentional radiators are specified in Subpart B, as they pertain to;

1) Class A digital devices

2) everything else. Products such as receivers and TV interface devices, because they are not Class A digital devices, must meet the lower Class B limits

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Common Time Server Questions

What is a time server?

A time server is a device that utilises a single time source and distributes it amongst a network. This enables all machines on a LAN (or WAN) to be synchronised together.

What is NTP?

Network Time Protocol is a protocol (a set of instructions) designed to distribute the time from a time server top a network.

Why do I need a time server?

It may well be that you don’t. Many small networks survive and operate perfectly without the need of a time server. However, if computers are required to do time sensitive transactions or applications then a time server is essential. Without proper synchronisation all sorts of unforeseen problems can arise and many of the online transactions that we take for granted such as seat reservation, Internet shopping, the stock exchange and even sending emails are reliant on perfect time synchronisation.

What is the best time reference to use?

A single global timescale based on the time told by Atomic Clocks has been developed called UTC (Coordinated Universal Time). UTC is utilised by networks all over the world. In using UTC you are in affect synchronising your network with every other network in the world that utilises UTC.

Where to I get UTC time from?

The most common and easiest location to receive UTC time is from across the Internet although Internet time sources are notoriously inaccurate. They also provide little security. Apart from the fact the time server is outside your firewall, NTP can’t authenticate these signals. Authentication is a security measure used by NTP to prevent malicious attacks that masquerade as a time server.

The most secure methods for receiving UTC time is by using either the GPS network (global positioning system), whose satellites transmit the timing information or alternatively by using specialist national time and frequency long-wave transmissions although these are not available everywhere.

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3G connectivity offers access to the Cellular Video content of AT %26 T and the internet. The users can have access to various channels like CNN, comedy content and HBO. Nokia 6555 is also equipped with FM radio and by connecting the headset, user can enjoy unlimited music. The AT %26 T music facility of this handset offers access to eMusic subscription services and Napster. Quad band connectivity enables this phone to communicate over GSM/GPRS networks and also facilitate data roaming in about 130 countries and voice roaming in 180 countries.

Excellent display screen

When 6555 flip are opened, the LCD screen having a resolution of 240 X 320 pixels reveals 16.5 million colors. The outer display is supported with 296K colors and measures 1.25 inches with the screen resolution of 128 X 168 pixels.An analog time clock is also presented to promise punctuality.

Memory specifications

30 MB internal memory is supported by Nokia 6555 with the microSD cards used for expanding the memory up to 4 MB in size. It can store about 1000 contact entries and supports five contact numbers under each name with email address, full address and nick names. Attractive wallpapers or pictures can be set which would be displayed while receiving a call; the users can also set some wonderful ringtones and can play MP3, AMR and AAC ringtones.

Camera

Nokia 6555 is equipped with a 1.3 megapixel camera which proposes five resolution options from 120 X 160 up to 1280 x 1024. It offers multiple color effects, digital zoom, brightness, multishoot capability, white balance setting and also supports night mode. If the user has sufficient memory on the microSD memory card, then the Video recorder can capture 15 frames per second in QCIF format.

Wireless connectivity
Nokia 6555 is equipped with Bluetooth for connectivity and uses version 2.0 with EDR (enhanced data rate) and consists of profiles for audio/video remote control communication headset, and handsfree car kits. The A2DP Bluetooth enables the users to brook the music to a duo of well matched Bluetooth stereo headphones. It also makes possible to connect the laptop through Bluetooth or wired USB and enjoy surfing of Internet, accessing files from a server, dial-up networking and sending email. Nokia 6555 is an excellent mobile phone with striking design, superior quality and exceptional features that fulfills the desire for visual appeal along with an external analog clock that adds more elegance and class to the set.

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I think we can all agree that there are quite a few gadget websites, on the net, some sites will make it perfectly clear, with the title of the website and other sites will be a bit broader in there website description, with the main area, acting as a on line shopping website, that will cover a large area of gifts and some of them will be gadgets.

It’s quite funny to think that, if you look in the dictionary, the word gadget, is connected and will cover the words like, Device, Contraption and even Thingamajig and Thingamabob.

I think it fair to say, that most people would think of a gadget as an electrical item, which is up to date in its application and design. This would most probably be a gadget that is used as a recreational device, to use at your leisure, this device will be fun and pleasurable, it can be designed as a complete item or designed to add on to an existing item. These items can be classed as games console, hand held computer or even a musical device like an I pod.

The other area that might be classed as a gadget is probably better descried as a gift,that is probably a one off gift, i.e. an item that is not considered to have a domestic practical purpose, to it everyday usage, these are very popular when it comes to the idea of a small present or a gifts These can cover the items like, clocks and alarm clocks, fridge magnets, Digital Photo Frame Fridge Magnet, colour Changing Shower Head etc

The other area, that might be classed is what would be called the practical and sensible gadget, this item can be classed as a item that could be used to help or make that action or task a lot easier, for its intension and purpose, these might cover the item a as a mobile phone charger, or a I pod recharger, it also could include water proof I pod, items that are indestructible or totally water proof.

The other area will a gadget that is design for a particular area, this could be for the car, camping, outdoors, or even your garden and the last and probably the most common is the radio and remote controlled device, these can be cars, planes and helicopters, these are becoming very popular and cheap and with better technology these are smaller and faster.

As you can appreciate, there are thousands of items that might be classed as gadget the next time, you think of a gadget, remember that this can cover a larger area and it might not be the most typical item you can think of , so remember it might be a thingamajig or even a thingamabob.

Martin Smith

www.gadgetsconnect.net

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The hardest part about starting a fitness program is getting our mind to cooperate. We’ve allowed it to fill up over the years with thoughts like, ‘Oh, I’ll start tomorrow’, ‘It’s just a little bag of chips’, ‘Hey, enjoy yourself it’s the holidays’, and the more we keep feeding our mind that garbage the heavier it gets and eventually weighs us down to where it takes control.

Get Best Healthy Weight Loss Diet Plan Program

We don’t realize it’s happening because it happens over the course of years. Suddenly the pants feel a little tighter and the walk upstairs has us breathing a little too hard. We sort remember when we could touch our toes, but it’s been a while.

This pattern goes on and on until we run into that old friend that we haven’t seen in years and they comment on our weight. Some people don’t get that lucky of a wake up call. Some wind up with
coronary problems and have their doctors force them to lose weight. Some of those people don’t make it at all.

Why? Our minds are very powerful and feed off of what we put in it. So why not reverse the process and start filling it up with the good stuff?

When I was in high school I was in the best shape of my life and somehow in the college years I put on 30 pounds. I never saw it coming. I know I started drinking a lot more beer, and all the pizza and wings weren’t bad either. Then I moved to Los Angeles and had to get a California driver’s license.

When that license came in the mail I thought I was going to pass out. I looked like two of what I remembered in high school. I had said on the license that I weighed 175 because that’s what I remembered from my in-shape days. When I bought a scale and saw it ring up 205 I changed my life that day and have kept it up for 23 years. Today I weigh 178 (I’m 5′ 10′) and have hovered around 180 for all those years.

How did I do it? The same way I still do it today? One day at a time and daily mental exercises that keep me on track without much effort. However, it wasn’t easy getting started. It was easier to sleep in rather than get up and exercise. It was really easy to get out of work and go to a happy hour,
but I kept looking at that driver’s license and that was all the motivation I needed.

I decided that mornings would be better to workout because I’ll get it out of the way and don’t need to battle my brain after work. The thing about morning exercise is your mind and body have not been used to getting up at 5 or 5:30, and trust me, they are not going to cooperate at all when that alarm goes off. So I decided I would have to retrain my brain.

Get Best Healthy Weight Loss Diet Plan Program

It will take about two weeks to reprogram yourself to get up at 5 a.m., but it can be done and once you start doing it you’ll enjoy the serenity of an early morning workout and still have time for a healthy breakfast before work.

This may sound too simplistic but try these tips if you have trouble waking up early. Obviously you want to get to bed between 9 and 10 p.m. so you get close to 8 hours rest. Don’t watch T.V., listen to the radio, go online or eat snacks. This time is for sleeping. Put your alarm clock across the room so you have to GET UP and cross the room to shut it off. DO NOT hit snooze or lie down again!

If your brain just doesn’t want to exercise then continue feeding it new information. You are already up so make sure your workout clothes are near the alarm clock. Get dressed in your workout clothes and sneakers and tell your brain you are just going to get fresh air.

Now, go outside and breathe the fresh morning air. Deep breathes until your head is clear. You may want to try walking around the block, but at first your mind and body are going to want to go back inside. That’s okay for the first few days until you start getting used to just getting up and going outside.

After a few days of just getting up and outside then start forcing yourself to take a walk. A fast power walk that has your arms swinging and lungs pumping for about 20 to 30 minutes. Over the next week increase that to a 60 minute power walk. By week three you are now used to getting up, getting out and exercising for an hour. From here out you do the workout that you like, but you’ve just reprogrammed your mind and body to do what you want it to do.

You didn’t get overweight overnight, and you aren’t going to get in shape overnight. You have to baby step your way there. Those steps build upon each other. Waking up, getting an hour of exercise, having a healthy breakfast all before work is a fantastic start!

Get Best Healthy Weight Loss Diet Plan Program

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Currently there is only one Global Navigation Satellite System %26#40;GNSS%26#41; the NAVSTAR GPS which has been open for civilian use since the late 1980’s.

Most commonly, the GPS system is thought to provide navigational information allowing drivers, sailors and pilots to pinpoint their position anywhere in the world.

In fact, the only information beamed from a GPS satellite is the time which is generated by the satellites internal atomic clock. This timing signal is so accurate that a GPS receiver can use the signal from three satellites and pinpoint the location to within a few metres by working out how long each precise signal took to arrive.

Currently a GPS NTP server can use this timing information to synchronise entire computer networks to providing accuracy to within a few milliseconds.

However, the European Union is currently working on Europe’s own Global Navigation Satellite System called Galileo, which will rival the GPS network by providing its own timing and positioning information.

However, Galileo is designed to be interoperable with GPS meaning that a current GPS NTP server will be able to receive both signals, although some software adjustments may have to be made.

This interoperability will provide increased accuracy and may make national time and frequency radio broadcasts obsolete as they will not be able to produce a comparable accuracy.

Furthermore, Russia, China and India are currently planning their own GNSS systems which may provide even more accuracy. GPS has already revolutionised the way the world works not only by allowing precise positioning but also enabling entire globe to synchronise to the same timescale using a GPS NTP server. It is expected that even more advances in technology will emerge once the next generation of GNSS begin their transmissions.

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Do you know Hiphone?Hiphone is the newest and the most popular “iphone clones” from China.Have you ever considered that your phone not only possesses fashionable appearance, also can be used for entertainment such as enjoy mp3, mp4 or games?Then look no further, our Hiphone will absolutely be your final answer,besides build you more fashionable, it will shock you with its multifunction, now, check what it can do for you. you can resize the picture by using two fingers, it’s the technology for Apple Iphone which adopted by Hiphone. it’s obvious that Hiphone still have a great improvements to be done to make it operates like Iphone.

At ILoveChinaShopping.com,This wholesale hiphone has got shake and tilt control or shake and tilt technology.That means when you want to advance the songs,wallpapers,video or photos,you only need to gently shake the phone until it advances where you want it to.You never even have to look down or scroll. If this hiphones is not suitable for you,the best cell phone fight against iphone – Meizu M8 is your right choice! As the fastest, most powerful PDA phones,Meizu M8 is a hot sale Meizu latest cell phone, so similar to the iphone. Buy online at wholesale price here: New Meizu M8 16GB Windows CE6.0 Wifi Java GSM Mobile Phone with Bluetooth wholesale meizu m8 phones Description: 3.4inch 720*480 high-definition display screen was adopted, with 667Mhz CPU, 256MB ROM, Proximity/Gravity/Ambient light sensors and multi-touch application, to bring you the experience of hi-tech fascination. High-performance audio,video playback Inheriting the professional multimedia technology of Meizu M8 performs brilliantly on audio video playback, by which you no longer need an alternative MP3 MP4 player. Mobile InternetBy the closest internet experience to desktop computer, M8 may link you to internet anytime without a computer. Website browsing, E-mail, instant messaging, internet life accompanies you always. Moreover, Meizu M8 also support many other power functions, which make your life and work comfortable. What a fascinating product, really recommendable!!! Main Features: Built-in Sensor WIFI Operating system: Windows CE6.0 High definition flat touch screen MP3 / MP4 fluent player Office software: Word, Excel, PDF, PPT FM radio CPU/RAM: 667MHz CPU, 256MB RAM Alarm clock World clock Calculator WAP / GPRS service MMS Bluetooth Support JAVA Single card

China mobile phones, wholesale cell phones ,Latest hiphones and PDA phones.Online dropship direct from China cell phone factory.Buy discount and cell phone for sale From ILoveChinaShopping.com! Best Price! Fast Service!

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Synchronization is something we are familiar with everyday of our lives. From driving down the highway to walking crowded street; we automatically adapt our behaviour to synchronize with those around us. We drive in the same direction or walk the same thoroughfares as other commuters as failing to do so would make our journey a lot more difficult (and dangerous).

When it comes to timing, synchronisation is even more important. Even in our day to day dealings we expect a reasonable amount of synchronisation from people. When a meeting starts at 10am we expect everybody to be there within a few minutes.

However, when it comes to computer transactions across a network, accuracy in synchronisation becomes even more important where accuracy to a few seconds is too inadequate and synchronisation to the millisecond becomes essential.

Computers use time for every transaction and process they do and you only have to think back to the furore caused by the millennium bug to appreciate the importance computer’s place on time. When there is not precise enough synchronisation then all sorts of errors and problems can occur, particularly with time sensitive transactions.

Its not just transactions that can fail without adequate synchronisation but time stamps are used in computer log files so if something goes wrong or if a malicious user has invaded (which is very easy to do without adequate synchronisation) it can take a long time to discover what went wrong and even longer to fix the problems.

A lack of synchronisation can also have other effects such as data loss or failed retrieval it can also leave a company defenceless in any potential legal argument as a badly or unsynchronised network can be impossible to audit.

Millisecond synchronisation is however, not the headache many administrators assume it is going to be. Many opt to take advantage of many of the online timeservers that are available on the internet but in doing so can generate more problems than it solves such as having to leave the UDP port open in the firewall (to allow the timing information through) not-to-mention no guaranteed level of accuracy from the public time server.

A better and simpler solution is to use a dedicated network time server that uses the protocol NTP (Network Time Protocol). A NTP time server will plug straight into a network and use the GPS (Global Positioning System) or specialist radio transmissions to receive the time direct from an atomic clock and distribute it amongst the network.

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As we know in the average U.S. home, 25 percent of electricity (such as laptop ac power adapter)use by home electronics occurs while the products are off . Is this power used for anything? Do electronics manufacturers hate the environment?

Vampire power causes usually include one of the following:

The gadget, such as pa 10 ac adapter, constantly supplies a charge, even if the batteries are fully charged or if nothing is plugged into it. Many AC adapters, nicknamed wall warts by some critics, waste as much as 50 percent of the power they use
The gadget uses electricity to power a display screen, an external time display or an internal clock. In some cases, this power usage is justified. For instance, your refrigerator needs to monitor temperature levels in order to power up at appropriate times. When it comes to your radio however, it’s not as easy to justify a constant power drain to keep the digital clock lit.
The gadget never fully shuts down so that it’s ready to use at a moment’s notice. Many printers spend hours in standby mode, waiting to receive signals from connected computers. Before you even pick up your remote control, the TV is already using electricity to power the sensor that will receive the signal.

Vampire power has been on the rise during the past decade, thanks to the proliferation of rechargeable gadgets, computer networks and devices with standby power functions. The United States consumes 26 percent of the world’s energy. Of that energy, approximately 5 percent is vampire power . To put that in perspective, that’s between 200 and 400 terawatt hours — roughly as much electricity as the entire country of Italy consumes in a year.

All this energy use enacts quite a hefty toll on the environment. Coal-burning power plants produce carbon dioxide, a leading cause of global climate change. Therefore, less vampire power translates to lower carbon emissions. Even plants that run on nuclear or hydroelectric power produce emissions that can lead to smog and acid rain.

This way is also use to laptop batteries .Want to know how to help the environment and save a little money on your power bill in the process? Pick up a few vampire-fighting tactics on the next page.

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If you like to stay in touch with your relatives and friend, Samsung mobile phone is the perfect solution for you.  The range of Samsung mobile phones is very broad. You can get the stylish models with innovative technology and functions for conventional type of customer needs and the advanced features for younger generation. They offer you cheap mobile phones with simplicity and sophisticated mobile phones with a variety of advanced functions all over the globe. The common features include touch screens, folding type phones, sliders, and keyboards. All these and other advanced functions make Samsung a pioneer brand.

You can get the conventional models of Samsung mobile phones with features like camera, Blue tooth, text messaging and other facilities in trendy bar and slider models with appearances and styles that attract the customers. There is also a range of smart phones with Windows or Android operating system and common QWERTY style keyboards. You also get touch sreens, turbo scroll and various multimedia features. The high-grade camera is another advantage with these phones.

You can also buy the additional Samsung attachment and accessories for specific use and get desired results.  The alternatives available comprise complete entertainment facilities with several applications. You get your favorite ring tones, games and other applications and download them according to your likings. The marvelous Bluetooth technology is available for you without any hindrance and you can keep plugged into the world. You can promote your business with Samsung mobile phones as well.

Samsung has an organization with an eco-friendly outlook. It released its ever first off solar cell powered mobile phone on the earth.  The battery is recharged with sunlight. The use of solar energy is helpful in conservation of electric energy and keeps the environment fresh; Samsung mobile phones are traded with deals beneficial for both the buyers and retail merchants.

Samsung star is one of the latest Samsung mobile phone introduced in the market. It has a large touch sreen and is more flexible and responsive for navigation. It has most user-friendly features. The phone is provided with a big 3 inch  LCD color screen using WQVA technology that gives it more brightness and improved viewing. The phone is also equipped with an auto rotating display system to turn the images for maximizing the view of any large object.

You can grasp this phone easily in your palm. The phone is sleek, stylish and
gorgeous with black color.  Many functions adorn the menu on the screen such as a clock and other useful features. It is possible to download online applications as well. For instance, you can get stock market news, weather report, news updates, and other necessary information. The gadget is furnished with a 3.2 mega pixel camera to take brilliant snaps using specially provided functions like smile shot mode. Additionally, it is possible to edit the photos on a Samsung mobile phone.

Most people like to have primary entertainment features on a phone. Samsung serves this need with its quality features. It is provided with MP3 player having DNSe to hike up the audio quality coupled with an equalizer for a better sound control. You can get the songs and store them in your Samsung mobile phone. The song can be replayed by easily recognizing it from the phone library. There is also FM radio, which entertains you with music round the clock. You can explore the internet using web bowers at your convenience.

In short, you can get sophisticated as well as cheap Samsung mobile phones, which have modern technology and give above par performance.

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Toronto is a place well known for its amazing attractions, diverse culture, strong economic and business development and exhilarating entertainment. When you choose to stay at a Toronto airport hotel you are sure to enjoy accessibility and convenience. So very often travelers arrive at the airport only to find that their flight has been cancelled, delayed or the stopover has been extended. Besides, a lot of businesses also hold conventions and meetings at such Toronto hotels as they have people flying in from various destinations. In such circumstances, travelers are left with no option but to find the most convenient and accessible places to stay.

There are many hotels in Toronto which include the Toronto airport hotel as well as the downtown Toronto hotels. There are several advantages of staying in a Toronto airport hotel. If you stay in one close to the Pearson International Airport you will have easy access to major highways, local attractions and amenities, shopping districts, the well-known CN Tower and lots more. There are plenty of museums and public archives to visit and several dance and ballet companies. These Toronto hotels provide transport to their guests so that they can arrive and leave for their flights on time. If you are traveling on business, then the accessibility and convenience makes these hotels in Toronto the ultimate choice.

The restaurants found at the Toronto airport hotel are of the best quality and the personnel that wait on you are courteous and friendly. No matter if you are staying for just one night or you are on a business retreat, you can be sure to enjoy varied dining experiences which include buffets, a sumptuous dinner in a stylish dining room or a menu specially created for your business conference. When staying at such Toronto hotels you are sure to get the best customer service. The hotel employees will be there around the clock to answer any queries you might have and carry out your requests.

If you are staying at the Toronto airport hotel for a business conference, then the staff will assist you in organizing the events and making all necessary arrangements so that your business meeting is successful. They will do the seating arrangement, provide equipment like overhead projectors and internet access besides snacks and drinks. Most of these Toronto hotels have various conference rooms which you can choose from depending on the number of participants, etc. These conference rooms can be used for various functions like wedding receptions, parties, award ceremonies, business meetings and conferences, auctions and so much more.

The rooms at the Toronto airport hotel are of excellent quality. The rooms or suites are furnished with care, have individual climate control, telephone, internet access, digital movie system, AM/FM clock radio, coffee maker, complimentary newspaper, fridge, hairdryer, iron and iron board, microwave and a safe. Such Toronto hotels are definitely worth staying in as you will see.

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Color Cameras are more popular, due to their clearer identifications. But, in low light conditions, B/W cameras are more ideal, because they generally require less illumination. Newer models of Day/Night cameras work as color camera during daytime and B/W at night.

2. What basic equipments are necessary to start video surveillance?

Camera body, Lens, Mount, Cable, and Power Supply.

Some cameras (like dome and bullet type cameras) come with built-in lenses. You will also need CCTV monitor (or regular TV), quad splitter or switcher to combine more than one camera, recorder (like DVR), outdoor housing case and other accessories. Wireless systems are great way to avoid cabling. Network based Web Cameras and DVRs are for remote surveillance.

3. What if I need more than one camera?

A quad splitter, 4 channel or 8 channel switcher, or multiplexer can be used to combine multiple cameras into one monitor or recorder. DVRs usually come with a built-in multiplexer.

4. Hidden Cameras

If you want a hidden camera, you have two options; you can either build one with a mini or an ultra-mini camera, or buy one. Some ultra-mini cameras are only as big as a quarter to hide more easily. Hidden cameras built-in clocks, radios, or smoke detectors are also available but are generally more costly. Please note that, in most US states, using hidden cameras with audio in a covert way is prohibited.

5. Placing cameras outdoors

You may use an outdoor housing case, with or without heater and/or blower. The heater and/or blower built-in housing cases generally require a separate power source. Some cameras are made water resistant and do not need separate housing cases. Some of these also come with removable sunshields.

6. When are infrared cameras necessary?

Economically commercialized infrared cameras, some also water-resistant to be installed outdoor, can see up to 40 to 80ft distance in total darkness. You may also use infrared illuminators, which can illuminate up to 100ft (Color cameras, unless their IR filter is removed, do not work with infrared illuminators.) Infrared cameras work as ordinary video camera during daytime. Color infrared cameras work as B/W ones at night.

7. What is an ideal angle for a lens to cover?

Widely used and recommended angle of view of the lens for surveillance purpose is 72o to 78o. Narrower will give you clearer pictures. Wide angles like 92o can cover more area but it may show distorted pictures.

8. Vari-focal vs. Zoom Lens

Focal length and focusing for vari-focal lens should be adjusted respectively while zoom lens focuses automatically when the focal length is adjusted. Manual zoom lens needs to be manually adjusted while motorized zoom lens can be controlled with a remote controller.

9. Manual Iris vs. Auto Iris

If the lighting condition changes significantly and frequently, like the sun, an auto iris lens is required. If the lighting remains same, a manual iris or a fixed iris lens is recommended. Most CCTV cameras accept DC auto iris lens while some special cameras use video auto iris lens.

10. Do I need pinhole lens?

A pinhole lens with a tiny opening can be hidden in the wall, ceiling or other objects. Some mini cameras have a built-in pinhole lens. To mount a pinhole lens to a standard camera is very expensive.

11. CCTV Monitor vs. Standard TV

If you are use only one camera, a TV (which has a RCA video input) is definitely recommended. Even for more than 1 camera, if you use a processor like a quad splitter, a switcher, or a DVR (Digital Video Recorder), a TV would be fine. But, for special features like slave video outputs (to be connected to additional monitors), alarm systems, or for multiple inputs, professional CCTV monitors work best.

12. CRT vs. LCD Monitor

Conventional CRT monitors are bulky and heavy while they are cheaper than LCD monitors which has higher resolution. If you have enough budgets and want to use one monitor for both CCTV and computer, LCD monitor is recommended. 17′ %26 19′ are popular sizes for LCD monitors.

13. Monitor Input Connectors

BNC is commonly used for connecting to both CRT and LCD monitors. These days, most LCD monitors have an S-Video input as well as a 15-pin Mini D-Sub for PC Signal input.

14. Wireless vs. Wired Transmission

A wireless system is convenient in avoid cabling works, but can sometimes be affected by high voltage power lines, unseen razor waves, large machines like lathes, and metal walls. Wired transmission guarantees stable video. Coaxial cable is most used for CCTV cameras.

15. 12VDC vs. 24VAC

24VAC system is more professional and most CCTV cameras work with a 24VAC power supply. Mini cameras, dome cameras, and bullet type cameras are usually 12VDC system. Recently developed cameras have both 12VDC and 24VAC inputs.

16. Battery operated cameras

Many small sized cameras work with 12VDC battery pack; however it requires correctly matched polarity. You may also use a ‘power cord’ (easily found at any auto parts shop) that can draw 12VDC through the car cigarette lighter.

17. Motion detection

Most DVRs now come with built-in motion detection software to trigger recording. You can program the sensitivity and detection zone. It works with any change of the pixels within the picture frame. You can also install a hardware motion detector connected to the DVRs to trigger recording.

18. Pan, Tilt, and Zoom control

A dome type camera that already has built-in PTZ is easy to install, maintain, and control. You can also control it on the computer monitor with the mouse if the PTZ system is connected on the network via a video server.

19. Time Lapse VCR vs. DVR(Digital Video Recorder)

Conventional Time Lapse VCR, despite the inconvenience in reviewing the recorded pictures, is more economical than a DVR (Digital Video Recorder). DVRs are more popular for its convenience and picture quality.

20. Remote Surveillance over the Network

Network DVR or Web Camera, connected to the Internet or LAN and assigned with an IP address, can be monitored at a remote place. DSL or T-1 line is required to be connected to the Internet.

21. HD CCTV System

As the TV Broadcasting changed to HD (High Definition) System, it’s time for HD cameras to come to the market. Still, the traditional standard resolution system does not accept HD cameras and you have homework to prepare peripheral devices such as recorders to accept the HD cameras.

Incoming search terms for the article:

• IR CAMERA

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There are now reportedly as many cars on the road as there are households and it only takes a brief journey during rush hour to realise that this claim is quite possibly true. Congestion is a huge problem in our towns and cities and controlling this traffic and keeping it moving is one of the most essential aspects of reducing congestion.

Safety is also a concern on our roads as the chances of all those vehicles travelling around without occasionally hitting each other is close to zero but the problem can be exemplified by poor traffic management.

When it comes to controlling the traffic flows of our cities there is no greater weapon than the humble traffic light. In some cities these devices are simple timed lights that stop traffic one way and allow it the other and vice versa. However, the potential of how traffic lights can reduce congestion is now being realised and thanks to the millisecond synchronisation made possible with NTP servers is now drastically reducing congestion is some of the world’s major cities.

Rather than just simple timed segments of green, amber and red, traffic lights can respond to the needs of the road, allowing more cars through in one direction whilst reducing it in others. They can also be used in conjunction with each other allowing green light passageways for cars in main routes.

However, all this is only possible if the traffic lights system throughout the whole city is synchronised together and that can only be achieved with a NTP time server.

NTP (Network Time Protocol) is simply an algorithm that is widely used for the purposes of synchronisation. A NTP server will receive a time signal from a precise source (normally an atomic clock) and the NTP software then distributes it amongst all devices on a network (in this case the traffic lights).

The NTP server will continually check the time on each device and ensure it corresponds to the time signal, ensuring all devices (traffic lights) are perfectly synchronised together allowing the entire traffic light system to be managed as a single, flexible traffic management system rather than individual random lights.

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Security Cameras all you need to know

Security cameras have aided us in every walk of life, be it in the shape of concealed cameras, concealed cameras or wireless spy cameras they can be catered according to our preference. Be it for private or else specialist usage they blend in inconspicuously with the surroundings. The market at the moment is flooded with not one but many products that insure that it is a simple job for the end user.
Security Cameras come in numerous  shapes and sizes in black and white in addition to some color versions. They can be found in numerous shapes and forms which might be seen in the form of wrist watch, necktie, button, ear phones, sunglasses, key logger etc. All of them  differ in the picture quality and features the spy camera has to offer. These are revolutionary creations that will help in capturing the unguarded actions of the intruders and keep potential dangers away

A minute spy camera is just a board camera installed surrounded by an ordinary family thing. Customarily, that thing is really a full working item that adds in the ruse. Not so long ago, these concealed spy cameras came wired or wireless, color or black-and-white, yet all of them needed some form of recording gear along the lines of a VCR or DVR to document pictures as well as video footage. A number examples which are most common comprises of wall clocks, tower fans, clock radios, air purifiers, smoke detectors, EXIT sign, and so forth.

In this day and age a fresh variety of Spy Cameras are making waves in the market, they are self-contained spy cameras along with built-in DVR. Still pictures as well as video footage both are saved on a SD card that might be as big as 32 GB, which can hold several hours of video recording. To view the recording just extract out the SD card push it into the SD card reader of the PC for straightforward playback. Just put the camera strategically in the place you need to document and by means of the handheld remote control initiate video recording. Now that’s called simplicity!

A concealed camera specially intended to monitor the nanny is as well named a nanny camera. On the other hand, that doesn’t imply that is their only function, these might be used for numerous different uses like catching a deceiving partner, catching a worker attempting to rob you, home protection, business protection or several additional uses. The complete design of the Surveillance Cameras is usually to catch a person doing something they should not be doing.

If this were to be the perfect world, the whole concept of putting in nanny cameras or hidden cameras in your house or place of work may not appear as  an ideal alternative. Yet, with the violent and greedy world we live in at this time, there are times when you might want to expose something with certainty and the option of a hidden spy camera guarantees  presently that.

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The BlackBerry Curve 9300 3G is the newest handset to come from the RIM team; it is a mid-ramge handset pitched halfway between the business mobile phone user and the consumer.

The Curve 9300 is not expensive and is designed to help those who have not yet converted to a smartphone to take the leap with this cost effective option.

It has 3G connectivity as well as Wi-Fi, and promises fast internet browsing while apps and themes can be easily downloaded from the BlackBerry App World (which has recently just been updated).

Visually there is not much to report, the Blackberry Curve 9300 looks a lot like many previous Blackberry’s with the QWERTY keyboard and rounded corners. In look sit is very similar to the Blackberry Curve 8900 while it is being pitched as the newer, quicker Blackberry 9700.

Now for a look under the hood:

There is a microUSB port sitting alongside the 3.5mm headphone connection and the left-hand convenience key, which has a default option set to the voice-dialer shortcut.

The camera button is situated on the other side just by the volume controls.

On the top of the phone are the media controls – play/pause, skip forwards and skip back. This signals the intention of RIM to pitch the 9300 3G as a media player as well as a business mobile phone.

The BlackBerry Curve 9300 3G offers a range of connectivity options to keep business mobile phone users up and running wherever you are, with Wi-Fi and GPS along with its namesake 3G network.

The 2-megapixel camera is a bit of a disappointment and lacks consistency with the rest of this media focused phone, the flash and autofocus on the BlackBerry Bold 9700 are much better.

The Blackberry Curve 3G 9300 has great quality email abilities as with the other Blackberry models, also the BlackBerry Messenger for instant messaging other BlackBerry users for next-to-nothing is a great function to have especially if you use Blackberrys across your business.

The homescreen icons can be customised to whatever your most-used apps, functions and web shortcuts are, and the full menu is easy to organise into folders.

The menu is made up of rows of icons but this is supplemented by webs of text-based menus to navigate through within applications. You can adjust settings, carry out functions and put the knife to applications. At first the choices available in the menus can be intimidating and may take new Blackberry users a while to get used to. The idea is that you can get to your favourite applications as quickly as possible and the Blackberry curve 9300 does achieve this so all is not lost – just depends on your patience!

As I am a little late getting around to this post it is important to note that the Blackberry OS6 will be updated within the next few days – on October 14th to be precise so with the update we can expect great improvements in connection speeds and functionality. I will do a seperate post on the upgrade.

As with all Blackberrys the BlackBerry App World now has thousands of good quality apps that can easily be accessed from the phones main navigation.

You can also customise your themes through buying themes from designers or build your own, using different fonts, background images, ringtones and the like.

Most standard functions of the handset are very easy to launch. To make a call you can either hit the call button, or simply start typing a number or name of a contact from the homescreen.

It is a bit of a hassle to write a new text message as you cannot simply go to your inbox and be presented with an obvious option to compose a new message, you have to launch the internal menu by hitting the BlackBerry button, then scroll through the list of options ’til you reach ‘Compose SMS’. However, you can also launch an SMS from the contacts section too.

It’s easy to make calls, end calls and to hang up a call, you don’t have to wait for the sometimes-slow proximity sensor to kick in and give you the option.

Sound quality on the Blackberry Curve 3G 9300 is excellent which is obviously a vital necessity for the business mobile phone user. Voices could easily be heard and background noise didn’t interrupt or distort the conversation as with some phones.

The reception was generally good and only got weaker in the well known black holes that some of our friends habitate in.

The phone book is a heavyweight. It’s quite texty but you can add photos to your contacts. It wasn’t that easy to synch our facebook friends to our Blackberry contacts so not great socially.

To make up for it, you have seemingly endless options when setting up new contacts, from nicknames, job titles and home and work addresses, to birthdays and relevant webpages.

This might be information overkill for the non business user, but if you’re syncing the handset with your Outlook account, then this is a great function as much of your data can be automatically saved by the BlackBerry Curve 9300 3G.

You can also group your contacts into easily manageable related groups so that they are easier to get group messages to so useful for seperating your teams/employees as well as your social contacts.

There is a good search functionality on the homescreen for finding your contacts – you simply start typing their name and then you will be displayed with a list of contacts from which to choose from – click and you start dialling!

You can slao assign a fast dial function to 23 of the 26 alphabetical QWERTY keys so great for rapid dialling your most used contacts. You can also set the default contact option at a person by person level from calling to emailing.

BlackBerry gained their competitive advantage through their superior email functionality and the Blackberry 3G 9300 is no traitor to this tradition. To set up a webmail account just put in your address and password. You can synch your contacts as you add them with your Blackberry address book.

If you want you can re-route all of your emails and texts to one central inbox which is useful for rapid management of messages but if you are active on multiple email addresses then this can become quite a confusing function.

The other great messaging function that all BlackBerry handsets offer is BlackBerry Messenger (BBM). This means free texting to other Blackberry users.

The BlackBerry Curve 3G’s QWERTY keyboard is good, but nothing special with no improvements on previous models; its raised buttons are better than the the flat slide-out QWERTYs found on some phones but it is overshadowed by the sharply angled keys of the BlackBerry Bold 9700 which makes it a little easier to cock up the typing.

Automatic text correction was generally doing it’s intuitive job, and those of you who work in an aggressive foul mouthed office environment will be chuffed to hear you can continue your office culture on the BlackBerry Curve 3G 9300. All you’ll have to contend with is the disapproving underlining of the more offensive curses rather than automatic corrections.

The internet browser on BlackBerry OS 5, which will be running on the BlackBerry Curve 3G at launch, is well known to be pretty crappy. It’s slow to open web pages, even slower to render images, only offers one tab at a time and is generally a bit of a pest to use, hopefully OS 6 will put an end to this!

When browsing you really have to make good use of the zoom function in order to see smaller images and read any text. Zooming in to get a better view of text tends to be quite smooth, although we were often left with extremely jaggedy pixellated images after a zoom-in.

The optical track pad gives you more freedom to move the cursor around the web page than a D-pad would, although it did tend to be overly responsive, making selecting that tiny little link a real hassle.

It also comes in handy when you want to select text to copy and paste on the BlackBerry Curve 3G, as you can grab massive chunks of text in one quick swipe.

Sharing links is very easy, which is a great function for passing advice and tips to your clients and colleagues. It is an option in the browser’s menu. You can choose to send the link in an email, via SMS, MMS or BlackBerry Messenger. The other standard feature is the inclusion of bookmarks, and you can organise these by named folders to keep things tidy.

The camera on the BlackBerry Curve 3G is a pretty poor affair. When you launch the camera app, the only options you’re offered onscreen are to zoom in or out, and take the picture. If you need a good camera for work then this is not the business mobile phone for you.

To fiddle around with the (admittedly limited) options requires you to click the BlackBerry button and enter another of those text-heavy menus. Here you can play around with the white balance, picture size and picture quality, as well as opt for monochrome or sepia options if you’re feeling a bit old school.

It’s nice to have the sepia and monochrome options, we suppose, but they do smack of being token options, and almost highlight the limited amount of features the camera offers.

To zoom in and out, you simply roll a finger across the optical trackpad – easy enough, but a mixed blessing.

If you want to take an image using the handset in a landscape position, then you can use the shutter button on the side of the handset, but if you’re after a portrait shot then you must click the optical trackpad to take the picture.

Unless you’re really quite firm with the button, you’ll find yourself zooming when you already had the shot nicely framed up – something we found to be a real annoyance on several occasions.

Zoomed in images lose a lot of quality. Here you can see the same flower from three different zooms; the first is zoomed completely out, the second 3x and the third is zoomed in the full 5x.

As you can see in the zoom images, the camera isn’t too bad at handling colours when there’s a big difference between them. But the red of the flower still comes out a little glassy, despite being taken in average daylight – bright but a little overcast.

Where the camera struggles with close-up shots (in the image below we hadn’t even zoomed in – the fuzziness comes from a lack of autofocus) it handles long-shots much better.

The images aren’t massively crisp, either, which is no more than we’d expect from a 2-megapixel camera. Suffice to say, this isn’t the ideal handset for shutterbugs.

The BlackBerry Curve 3G doesn’t do too badly handling a lot of light. As you’d expect, it seeps into the whole image, but the dark areas do retain a suitable amount of contrast.

It’s also worth noting that the 2-megapixel camera lacks the flash of the BlackBerry Bold 9700, so low-light photography is very much miss and not a whole lot of hit.
Like the still camera mode, video recording on the BlackBerry Curve 3G offers the most basic customisation. The only options here are between two sizes (normal or a smaller MMS size) and colour effects (normal, black and white or sepia).

One feature we did appreciate, however, was the ability to pause recording then continue. Rather than leaving us with a bunch of little video files needing editing together on a PC, we had one handy video file with several shots in (like the video clip below).

Like the still camera, the video camera’s ability to handle bright colours is not bad, but you do still get that unreal gloss over objects like flowers.

Differentiating between similar colours is a bit of a struggle for the BlackBerry Curve 3G. In real life, the greens of the leaves in the video above were noticeably different, but here they merge into one Kermit-like mass.

You’ll notice that the wind fluttering through the leaves looks a little jaggedy and jumpy, and we can assure you it was the handset not nature that was at fault here.

It’s a shame that you can’t zoom while filming. You have to decide on your zoom before hitting record, otherwise you’ll have to manually move closer to your subject.

Emailing videos works fine as long as the file size isn’t too big. Any video clip over about 30s will need to be transferred by USB instead.

BlackBerry OS 5 is not known for its brilliance in the media arena. While the BlackBerry Curve 3G does display track information and album artwork, the music player is very basic. It does offer you the option to shuffle or continuously play albums, artists and tracks, however.

The other notable features is the ability to either build your own playlists or command the BlackBerry Curve 3G to create an automatic playlist featuring artists of your choosing. There’s no FM radio on board, so you’ll want to make sure you have plenty of music tracks to listen to.

Sound quality is average – even through quite high-quality Sennheiser in-ear headphones – but at least it’s better than the BlackBerry Curve 3G’s built-in speaker, which is tinny and awful.

Of course you can also control the media player by using the buttons on the top of the handset. This controls both the audio and video players.

The following audio files are supported: MP3, AMR-NB, AAC-LC, AAC+, eAAC+, WMA, Flac, Ogg Vorbis.

Video playback isn’t particularly brilliant quality on that 320×240 pixel screen, but the video player is quite nippy, and it skips happily between clips.

If you don’t have much stored on the handset, you can visit YouTube within the mobile browser – we’d recommend sticking to the Wi-Fi to do this.

MPEG4, H.263, H.264, WMV9 video formats are all supported on the BlackBerry Curve 3G.

The image gallery displays all your photos in a pleasing thumbnail layout, but viewing them on such a small, low-quality screen is not exactly satisfying.

Uploading images to Facebook and other social networking apps is easy – you just do it through an option in the internal menu. There’s no such option for sending videos to social networks though, although you can share them via email or Bluetooth.

Suffice to say, this isn’t the best handset for anyone looking to video-blog on the go – we’d point you in the direction of the iPhone 4 for its front-facing camera, or the Sony Ericsson Vivaz which records in HD and makes sharing videos super easy.

The headphone jack is located on the side of the handset, just above the USB connector. It’s often a little easier on the headphone connection if it’s located on the top or bottom of the handset – particularly if you’re going to be storing the handset in a pocket.

You’d think, given the location of the media playback controls on the top pane of the BlackBerry Curve 3G that this might have been a sensible place for the headphone jack too. It’s a 3.5mm connector, so you’ll have the freedom to use a wide range of headphones.

We managed to get the BlackBerry Curve 3G to last two full days on one full battery charge, although it was getting very touch-and-go towards the end of day two.

During this time, we were taking photos, using email, web browsing and downloading apps, as well as making several calls.

This is just about in line with what RIM has stated for the handset’s battery life – it offers 4.5 hours of talk time, 29 hours of music playback or 19 days of standby time.

Physically speaking, the battery is tiny – which no doubt helps the BlackBerry Curve 3G retain its low weight.

The native Google Maps app on board the BlackBerry Curve 3G is not the worst we’ve seen – the Sony Ericsson Vivaz’s poor efforts could well take that prize.

A recent update has vastly improved matters. Getting directions between locations has suddenly become much easier – a matter of simply filling in clearly marked boxes with your destination and locations.

Although accurate and much nicer to use post-update, the maps could still be a little slow to load when you’re out and about and relying on the 3G network. The compass, however, is brilliant – quick, accurate and easy to navigate by.

It’s just as well that Google Maps comes pre-loaded, given the monstrousness of BlackBerry’s own native maps app, which is clunky, confusing, slow and generally makes life difficult for the user.

Gone are the days when you couldn’t use BlackBerry Desktop Manager with Apple Mac computers – now you can quite happily back-up, restore and sync your BlackBerry Curve 3G, even if you’re completely PC-less.

Creating a backup file from your phone is a simple two-click process, and if you’re in the secret service or work for a complete loser who checks your emails, then you can encrypt your essential data from within the Manager.

It’s a shame that the Desktop Manager doesn’t include a quick and easy way to import your images and videos, though, and there’s no overview of your applications already stored on the handset.

Using the 3G in areas of good reception is a breeze – we tested ours using a T-Mobile SIM and found that most of the time we were pretty happy with the level of reception we were getting.

These were the glory days, when downloading was a quick and easy matter, browsing the web was not too painful, social networking apps updated quickly and emails were in and out of our inboxes like hipsters to a Starbucks.

Too bad then that as soon as signal dropped a notch, the handset became a little unstable. We’d find ourselves spending frustrating minutes watching a blue progress bar cross the screen at slower than snail’s pace, and often lost signal altogether where moments before there had been plenty. Very frustrating and unreliable.

Luckily the Wi-Fi fared better. We had no problems maintaining a signal, and web-based services were notably quicker.

The Bluetooth connection was also fine, and the BlackBerry Curve 3G does offer A2DP connectivity, so you should be able to use wireless headphones with no problems.

Applications

BlackBerry’s App World is not as well-stocked as the Android Market or Apple’s App Store, but there is a range of useful, good quality applications. You may find these a little more expensive than on other platforms, however, and there are a lot of rubbish apps.

Downloading applications and themes is very straightforward. Once you’ve found an app you like the look of, just simply select it in the App World and hit download.

Whenever possible use wireless connections as we found the 3G to be a bit unreliable at times.

The BlackBerry Curve 3G does come well-stocked with onboard apps though. As well as the traditional calendar, notebook, clock and calculator apps, you’ll be able to get going with Windows Live Messenger straight away.

There’s also a suite of office-based apps – Word To Go for reading and editing word processed documents, Sheet To Go for spreadsheets and Slide To Go which, unsurprisingly deals in slideshows. All of these are good little functions for managing your workload on the move – essential for the business mobile phone user.

If you’re sentimental about your text messages, then you may appreciate a handy little app called ”Saved Messages’ to which you can, er, save messages that matter to you separately from your inbox.

Of course, you’ll also get an array of BlackBerry games on board the BlackBerry Curve 3G. From the illustrious BrickBreaker to the frustrating WordMole, they’ll keep you busy on the commute if you forget your book.

Like its fellow Curve handsets, the BlackBerry Curve 3G is one of RIM’s highly capable handsets aimed at a more youthful, fun-loving consumer than the traditional business customer.

It’s pretty similar to the rest of the Curve range, including the BlackBerry Curve 8500 with which it shares its external media controls. The design is slightly updated, though, and the 3G connectivity gives it an edge.

The BlackBerry OS 6 update, on its way to the handset in the coming months, will set it apart from older models like the rest of the BlackBerry Curve range.

What it shares in looks with the BlackBerry Bold 9700, it sadly lacks in specs – the screen is a lower resolution, the QWERTY less well-angled for speed-typing and the connectivity and processing powers leave a little to be desired.

The optical trackpad is a little more skittish than that of the BlackBerry Bold 9700, however. We found it a bit unwilling to make small movements, which meant we often had a difficult time selecting the options we wanted.

The Curve 3G doesn’t purport to be all things to all people, unlike it’s newest BlackBerry cohort, the BlackBerry Torch.

That said, the BlackBerry Curve 3G is definitely a step up from the candy-bar stylings of the BlackBerry Pearl 3G, and despite the similar functions and connectivity, that full QWERTY keyboard really sets it apart for serious emailers.

Having forgone the touchscreen route, the BlackBerry Curve 3G shares little in common with many mid-range Android phones like the HTC Wildfire and Sony Ericsson X10 Mini – at least in terms of hardware.

Many will prefer the candybar-like keyboard positioning, preferring it to the slide-out QWERTYs found on the Sony Ericsson X10 Mini Pro and LG GW620.

In terms of apps, the BlackBerry Curve 3G can’t really compete with the likes of the iPhone and Android handsets like the HTC Legend. Quite aside from the issues of stock, the hardware lacks the additional functionality – like a gyroscope, a high-res screen or a touchscreen – that often make or break a good app.

However, it’s at least on a par with the Nokia E72 that features a similar hardware layout and uses the Ovi Store’s stock of applications.

Because of the BlackBerry Curve 3G’s looks, it’s all too easy to compare it to the BlackBerry Bold 9700. But these comparisons are unfair, as the lower-spec BlackBerry Curve 3G will always come off worse.

There’s no camera flash, a lower-res screen, less powerful processing power and a lower-quality keyboard.

Still, the Curve 3G retains many of the great features we loved on the BlackBerry Bold 9700. Its design is svelte and attractive, the optical trackpad is incredibly (sometimes a little too) responsive and both handsets will enjoy the benefits of BlackBerry OS 6 when it’s released in a few months.

But forget looks – the BlackBerry Curve 3G is very much a Curve handset. Low-cost materials and build place it squarely in the Curve range, even though we prefer the more grown up, slimmer looks of the Curve 3G, compared to earlier iterations like the BlackBerry Curve 8900.

To be honest, there’s not a great deal between the Curve 3G and its range-mates – the main difference is its connectivity, and the 3G is a real boon.

The BlackBerry Curve 3G’s physical QWERTY keyboard is great for text-happy users, and this is what will set it apart from other budget social networkers like the HTC Wildfire and Samsung Monte.

Having said that, if you’ve used a touchscreen in the past, you may find yourself missing the additional app functionality and multi-touch web-browsing that’s present on most higher-end Android smartphones like the HTC Wildfire and HTC Legend, as well as the iPhone 3G and all its more recent iterations.

It’s been difficult to judge the BlackBerry Curve 3G as a handset in its own right, so similar is it to the other members of the Curve family. But it has held its own, and despite a spec sheet not necessarily as chocablock as most smartphones, the Curve 3G isn’t a handset we’d be completely ashamed to own.

During our time with the BlackBerry Curve 3G we grew to love that QWERTY keyboard, even though it’s not quite as good as the BlackBerry Bold 9700′s effort.

As usual, BlackBerry’s email and messaging tools are top notch, and we were impressed with the call quality and great reception that was generally offered by the handset.

BlackBerry curve 3g

With the BlackBerry OS 6 upgrade imminent, the interface can only get better, and we’re looking forward to advanced media features, meaning we can take full advantage of the physical media buttons atop the Curve 3G.

However, these were the things that made us stand over the phone with a bowed head and a frown;

As people who’ve spent a lot of time with more powerful handsets, it was impossible to stop ourselves getting frustrated with the elements of the Curve 3G we wanted more from.

The screen’s comparatively low resolution is one of the ways that RIM is able to keep the cost of the handset down, but for media fanatics it just won’t cut it. The 2-megapixel camera is woefully restrictive. Similarly, the clunkiness of the menu system and the onboard browser will frustrate until you can upgrade the software.

Overall:

Not bad, great for email and basic browsing as well as occassional media use – this will improve with the new OS this week so if you are looking for a cheap smart phone then you could do a lot worse!

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For those of us that live in Britain, the CCTV camera (closed circuit TV) will be a familiar site on the high streets. Over four million cameras are in operation throughout the British Isles with every major city being monitored by state funded cameras which has cost the British taxpayer over £200 million ($400 million).

The reasons for use of such widespread surveillance have always been declared as to prevent and detect crime. However, critics argue that there is little evidence that CCTV cameras have done anything to dent the rising street crime on the UK’s streets and that the money could be better well spent.

One of the problems of CCTV is that many cities have both cameras controlled by local councils and privately controlled cameras. When it comes to crime detection the police often have to obtain as much evidence as possible which often means combining the different local authority controlled CCTV cameras with the privately controlled systems.

Many local authorities synchronise their CCTV cameras together, however, if the police have to obtain images from a neighbouring borough or from a private camera these may not be synchronised at all, of if so, synchronised to a different time completely.

This is where CCTV falls down in the fight against crime. Just imagine a suspected criminal is spotted on one CCTV camera committing a criminal act. The time on the camera could say 11.05pm but what if the police follow the suspects movements across a city and use footage from a privately owned camera or from other boroughs and while the CCTV camera that caught the suspect in the act may say 11.05, the other camera could spot the suspect minutes later only for the time to be even earlier. You could imagine a good defence lawyer taking full advantage of this.

To ensure their worth in the fight against crime, it is imperative that CCTV cameras are time synchronized using a network time server. These times servers ensure every device (in this case camera) is running the exact same time. But how do we ensure all cameras are synchronised to the same time source. Well fortunately, a global time source known as UTC (coordinated Universal Time) has been developed for this exact purpose. UTC is what governs computer networks, air traffic control and other time sensitive technologies.

A CCTV camera using a NTP server that receives a UTC time source from an atomic clock will not only be accurate but the time told on the devices will be provable in court and accurate to a thousandth of a second (millisecond).

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Excellent Quality, well built product with many features and great performance. The Audio Sound is absolutely fantastic. The Unit is thin about 1′ and has a solid feel to it. Highly Recommended. The FM antenna needs to be plugged into the side if all FM stations are wanted, prefer it to be built-in. The DVD player doesn’t play Blu-Ray Discs, Toshiba at the time did not support BD Players/Writers, however an optional player/writer can be installed.
When I bought the Toshiba Satellite P300 I was looking for quality, performance and features at a reasonable price. The first time I turned the machine he was impressed by the feel, look and all use of the machine, the quality is excellent and has a beautiful and grand final. The model I bought comes with an Intel Core 2 T9400 Duo@2.53Ghz (benchtest reports speed@2.66 – 5% overclock) with a large 6MB of L2 cache and 1066. Specifications CPU Intel ® Virtualization Technology (VT-x), 64 bit full, Enhanced Intel SpeedStep ® and Intel ® Trusted Execution Technology. It is also equipped with 500 GB HDD SATA II, dual-layer DVD Reader / Writer, 4 GB DDR2 Ram, 17′ inch Wide WXGA + TruBrite LCD, 4 x USB 2.0 ports, 1 x FireWire i.Link, 1 x eSATA x 1 x RJ45 Ethernet port, 1 x S-Video, 1 x HDMI Digital Port, 1 x SVGA analog video port, 1 x SD / MMC / MSPro memory card slot, 1 x ExpressCard54 Castle, built in Web Cam + Microphone , audio in / audio out + mic jack / headset, HD Audio, Dolby Surround, volume control, touchpad mouse, Harman Kardon HiFi stereo speakers, Bluetooth 2.1, WiFi, six cells Toshiba Satellite laptop battery ,Bluetooth / Wi-Fi Switch, Soft Touch Media button, LED lighting, integrated stereo FM tuner, IR and infrared technology.

Toshiba also will provide you with Slim Line Infrared control, being a form of ExpressCard, they do so the remote can be stored in the ExpressCard slot for storage. All you have to push a remote control and comes ready to use. IR remote control lets you control the media and audio applications, and can also be used for business presentations. The software allows you to custom program the remote for use with any application, you can adjust the volume, mute, stop, stop, pause, listen to music or watch movies. I use a remote control when you connect your Toshiba Satellite P300 my Sumsung 55′ LED TV HDMI interface, which is ideal for watching movies or multimedia applications.

Included in the package are an FM antenna that plugs into the right side next to the player / burner, since this model comes with a stereo FM tuner, it must be connected if you want to scan all the FM radio stations. I really like FM tuner, but I would have preferred that the antenna built into the laptop.

Satellite P300 is equipped with PCI Express 2.0 x16: ATI Mobility Radeon HD 3650 graphics card. It has a 512 MB of dedicated graphics RAM and 1789MB total available graphics memory. With a resolution of 1440 x 900, a GPU clock of 600 MHz and 120 Unified Shaders, it is certainly fast enough for most new games. He has no problems on the Internet, Office, and all multimedia applications, and is strong enough for video editing SD. Incidentally, driving dirt 2 and Crysis, and many other great games on this machine.

One feature I am most sympathetic Harman Kardon integrated speakers, the Toshiba Satellite P300 sound the most amazing sound I’ve ever heard on a laptop! The sound is so clear, strong and powerful with big bass and treble your ears wont believe. Sound Satellite P300 is the best I’ve ever heard against any laptop, even now in 2010. I do not know how Toshiba / Harman Kardon can generate such a quality sound from a laptop!.

P300 is a High Definition Audio, SPDIF input and digital output that supports Dolby Digital and DTS. It has 2 x SATA II drive bays, you can enter up to 1TB HDD or more of the bay. It has full support for Windows 7, Toshiba has released a series of 32-bit drivers and 64 are currently running Windows 7 Ultimate 64bit and it works perfectly. Other features include a sleep and charge USB devices, you can download the USB port while the computer is off. You can start with all USB devices such as flash memory sticks or USB hard drives.

Battery life is expected when using a product with a screen 17′ inches. Frankly, there is never enough battery life to laptops. But you will get about 2.5 hours use of light, and I noticed that I get around 1.15 hours with all the full realization.

In general, this is a great laptop and has all the features and performance you would expect for the home and office. Therefore, the Toshiba Satellite P300 is a versatile and powerful and certainly meet the needs of most users.

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Time servers, often referred to as NTP time servers after the protocol (Network Time Protocol) used to distribute time are an increasingly important part of any computer network. The NTP server receives a timing signal from an accurate source (such as an atomic clock) and then distributes it to all devices on the network.

However, despite the increasing importance of these time synchronisation devices, many network administrators still fail to accurately synchronise their networks and can leave their entire computer system vulnerable.

Here are seven reasons why a NTP time server is a crucial piece of equipment for YOUR network:

• Security: NTP servers use an external source of time and don’t rely on an open firewall port. An unsynchronized server will also be vulnerable to malicious users who can take advantage of time differences.

• Error logging: failing to adequately synchronize a computer network may mean that it is near impossible to trace errors or malicious attack, especially if the times on the log files from different machine do not match.

• Legal Protection: Not being able to prove the time can have legal implications if somebody has committed fraud or other illegal activity against your company.

• Accuracy: NTP Time Servers ensure that all networked computers are synchronized automatically to the exact time throughout your network so everybody in your company can have access to the exact time.

• Global Harmony: A global timescale known as UTC (Coordinated Universal Time) has been developed to ensure that systems across the globe can run the exact same time. By utilising a NTP server not only will every device on you network be synchronised together but your network will be synchronised with every other network on Earth that is hooked up to UTC.

• Control: With a NTP server you have control of the configuration. You can allow automatic changes each spring and autumn for daylight saving time or set your server time to be locked to UTC time only – or indeed, any time zone you choose.

• Automatic update of time. No user intervention required, a NTP time server will account for leap seconds and time zones ensuring trouble free synchronisation.

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Security cameras have assisted us in every walk of life, be it in the guise of concealed cameras, concealed cameras or wireless spy cameras they can be catered as per our preference. Be it for private or else professional usage they merge in tactfully with the background. The marketplace these days is flooded with not one but countless products to allow it to become a simple job for the customer.
Security Cameras come in numerous  configurations and dimensions in black and white in addition to color versions. They are available in different shapes and forms that  are able to be found in the form of wrist watch, necktie, button, ear phones, sunglasses, key logger etc. They all vary in the picture quality and features the spy camera has to offer. These are state of the art designs that will aid in catching the unthinking actions of the intruders and also keep probable dangers at bay

A tiny spy camera is simply a board camera mounted surrounded by a standard household article. As a rule, that article is really a full working item that adds to the deception. Until recently these concealed spy cameras were wired or else wireless, color or black-and-white, however all of them required some type of recording apparatus such as a VCR or DVR to document images and also video footage. A number of examples which are more common could be wall clocks, tower fans, clock radios, air purifiers, smoke detectors, EXIT sign, and so forth.

Currently an innovative new variety of Spy Cameras are generating waves on the market, these are self-contained spy cameras with built-in DVR. Still photos as well as video recording both are recorded on a SD card that could be as big as 32 GB, that may hold a number of hours of video footage. In order to view the footage just take out the SD card insert it into the SD card reader of the PC for simple playback. Just situate the camera deliberately in the direction you want to film and by the use of the remote control start recording. Now that is easy.!

A hidden camera specially meant to observe the nanny is also known as a nanny camera. On the other hand, that doesn’t mean that’s their single function, these could be used for some different uses like catching a deceiving spouse, catching a worker trying to cheat you, home protection, business protection or several other uses. The complete design of a Surveillance Cameras is always to catch an individual doing something they shouldn’t be doing.

If this were to be the perfect world, the entire idea of installing nanny cameras or spy cameras at your residence or place of work might not appear as  an ideal alternative. However, with the violent and greedy world we live in at the moment, there are occasions when it is advisable to expose something with certainty and the choice of a concealed spy camera guarantees  presently that.

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Security cameras have assisted us in every walk of life, be it in the guise of hidden cameras, concealed cameras or wireless spy cameras they are catered according to our preference. Be it for private or else specialist usage they blend in inconspicuously #with the# location. The market at the moment is flooded with not one but a lot of products to insure that it is an easy task for 1.
Security Cameras come in numerous  configurations and dimensions in black and white in addition to color versions. They can be found in different shapes and forms which could be seen in the form of wrist watch, necktie, button, ear phones, sunglasses, key logger etc. They all differ in the image quality and functions the spy camera #has to# offer. They’re state of the art designs that will assist in capturing the indiscreet actions belonging to the subjects and also keep potential dangers at bay

A minute spy camera is simply a board camera established surrounded by an ordinary family thing. Most of the time, that article is really a full operating thing that adds in the ruse. Until recently these hidden spy cameras were wired or else wireless, color or black-and-white, though all of them needed some sort of recording gear as in a VCR or DVR to document pictures and video footage. A small number examples which are most popular comprises of wall clocks, tower fans, clock radios, air purifiers, smoke detectors, EXIT sign, etc.

These days a brand new breed of Spy Cameras are making waves in the market, they are self-contained spy cameras with built-in DVR. Still photos with video recording both are saved on to a SD card that may be as big as 32 GB, which can hold numerous hours of video recording. In order to view the recording just extract out the SD card insert it into the SD card reader of the PC for simple playback. Just arrange the camera deliberately #in the# direction you need to film and by way of the remote control begin video recording. Now that’s easy.!

A spy camera expressly designed to keep an eye on the nanny is also named a nanny camera. Yet, that does not mean that is their only purpose, these could be used for a number of different uses like catching a dishonest spouse, catching a employee attempting to steal from you, home security, business security or several other uses. The whole design of the Surveillance Cameras would be to capture an individual doing something they shouldn’t be doing.

If this were #to be# the perfect world, the whole proposal of installing nanny cameras or concealed cameras in your house or place of work may not look as  a perfect alternative. However, #with the# violent and greedy world we live in at this time, there are occasions when it is advisable to expose something with certainty and the option #of a# concealed spy camera gives you  just that.

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An efficient and error free operation is the goal of any administrator that is setting up a computer network. Ensuring the smooth running and passing of data without errors or loss of connections is a prerequisite for any decent functioning network system.

There are some fundamental things that can be carried out to minimise risk of encountering problems further down the line. A decent network server is a must, as is an efficient router but there is one piece of technology often overlooked in computer networking – the network time server.

The importance of correct computer network time only becomes apparent when something goes wrong. When an error does occur (and without adequate time synchronization it is a matter of when not if) it can be next to impossible to pin down what caused in and where. Just imagine all the error logs on the different machines all with timestamps telling a different time, finding out where and when the error occurred can be near impossible – and that’s before you can even get round to fixing it.

Fortunately most network administrators appreciate the value of synchronization and most ensure the network receives a time signal from across the Internet. However, many administrators are unaware of the vulnerabilities this may cause throughout the network.

By using an online time server, a UDP port (123) needs be kept open which can be an open gate to malicious programs and users. Furthermore, there is no authentication of the online time server so the signal could be hijacked or just be inaccurate.

A dedicated network time server running the protocol NTP (Network Time Protocol) will operate externally to the network and receive the time from an atomic clock source directly (through radio or GPS) making NTP servers, secure, accurate and reliable.

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In the air news of October 2010 we have new developments in terms of technology, aircrafts, helicopters, Jet A-1 fuel, aviation sports and avionics.

New Amphibian Aircrafts First Flight

Light Amphibian aircraft designs are starting to grow in number with at least two having made their maiden flights recently-one in France and the other in the United States; the former ,the Akoya being developed by French manufacturer, Lisa Airplanes, having been featured in last months edition  of world  Air news.

The latest amphibian design from the United States, the Icon A5,made its maiden flight a few weeks ago and is already well into its test flight phase.

In addition to its amphibious abilities, the two-seat sport ‘plane features several patent-pending technologies highlighted by folding wings that allow the plane to be towed on the road with an Icon custom trailer.

The aircraft ,built by Los Angeles-based Icon Aircraft, boasts a high-strength, lightweight carbon fibre airframe that is powered by a reliable ,100-hp Rotax 912 ULS engine that runs on auto and aviation gasoline  at an estimated top speed of 105 knots (120 mph).

Besides folding wings, unique features specific to the Icon A5 include an intuitive, sports car-like cockpit with an MP3 music port and patent-pending Sea wings platform for easy access and docking on water. A team of product designers who have worked for leading automotive manufacturers contributed to the ultra-modern industrial design.

The prototype completed its first flight test in California recently under the guidance of Icons engineering team, which is comprised of former top engineers at Scaled Composites, a leading producer of specialty aircraft like the Voyager, GlobalFlyer, and X-Prize winning SpaceShipone.

Designed to be predictable and easy to fly, it has safety features such as a propeller guard, angle of attack indicator, and quick-deploying Icon Complete Airplane Parachute so pilots can fly with peace of mind.

About all else that has been released by the manufacturer is that the estimated price of the aircraft will probably be around $139000 for a standard model. Production of the type is scheduled to begin toward the end of this year.

No specifications have yet been announced and the only indication as to its weight is that is aimed to fit into the LSA licensing regulations.

Icon Aircraft is described as a consumer sport-plane manufacturer founded by Kirk Hawkins, an accomplished engineer and former US Air Force F-16 fighter pilot. Hawkins started the company during Stanford University Business School in 2005 after learning of the US Federal Aviation Administrations major regulatory changes that created the Light Sport Aircraft market in 2004.

A venture-backed, early stage company out of Silicon Valley, Icon Aircraft quickly moved its operations to Southern California, which is a hotbed for aerospace engineering, automotive design, and power sports activities.

Russian Helicopters Aim At Global Expansion

At AAD 2010 Russian Helicopters, a holding that unites all Russian helicopter manufacturers, demonstrated its new approach to production and service support of its rotorcraft.

The company manufactures a vast range of both civil and combat models- in 2009 it delivered  183 helicopters to Russian and foreign clients, a more than 8% increase compared with the previous year.

Now Russian Helicopters rely on existing models: civil medium class Kamov Ka-32A11BC recently certified under EASA standards, various modifications of Mil Mi-17 transport and super-heavy Mi-26 cargo rotorcraft. The combat range includes modernized Mi-35M and Mi-28N Night Hunter and Ka-52 Alligator attack helicopters, all of them already selected by the Russian Air Force.

In order to strengthen its position on the global market in the short tm the Russian company develops several new models that incorporate the latest innovations in avionics and are eco-friendly with reduced noise and emissions. In the light class Russian Helicopters promote Mi-34SI (S2), Ka-226T and Ansat Rorocraft.The Company also launches an effort to modernize its best-seller –Mi-8/Mi-17 family into Mi-171M version that is expected to receive more powerful engines, improved rotors and avionics.

Another new model in the medium class will be brand-new Mi-38 that enters the final stages of development. In the more distant perspective Russian Helicopters plan to design a high-speed helicopter that will be based on the experience of both world-known Mil and Kamov design bureaus.

Russian Helicopters also pays ever-growing attention to the service support of its products .According to the company’s COO Andrey Shibitov, a world-wide network of authorized maintenance centre’s for Russian rotorcraft is to be set by 2015-2020.In 2009-2010 the company launched joint ventures that will provide maintenance services for the Russian rotorcraft in UAE, India and China and authorized some existing MRO providers in Russia, Kazakhstan and Lithuania.

The company’s long-term strategy calls for established of more helicopter service centers in South-East Asia, Latin America and in Central and South Africa.

Russian Hind With A CROC’S Teeth

NATO May have given the Russian Mi-24 helicopter the rather tame classification of ‘Hind’, but this belies its fighting qualities. Its appearance in African skies soon earned the helicopter the nickname of ‘Crocodile’, not surprisingly given the ‘bite’ its heavy armament has which bodes ill for anything which dares get involved in a dogfight with the Mi-24.

But combat operations are not its only task. It has proven its ability on many occasions in its peacekeeping and humanitarian roles as well.

This reliable helicopter has been in operation for decades, the secret of its success lying not only in its combat survivability of which operators in Africa have first-hand knowledge, but also its amazing ability to operate in even the most extreme climatic conditions.

The Hind’s service record lists dozens of operations in military service.Mi-24(35) type helicopter posses unique experience of surviving in conditions of extreme military operations. They deserve the reputation of being excellent ‘soldiers’ being irreplaceable for accomplishing a wide variety of missions.

When developing the Mi-24, Russian designer, Milkhail Mil, decided to combine functions of an attack helicopter and a transport machine in one. At present Mi-24 helicopters have several applications such as attack, troop-carrying, medical and general transport. The attack version is intended for destroying armoured vehicles and for support of land forces.

In its troop-carrying role, the helicopter can transport eight fully-equipped soldiers accommodated in its cabin.

Converted to its medical role, the Mi-24 can accommodate two stretcher cases and two seated casualties with one medical attendant. When transporting cargo, the Mi-35M may carry up to 1,500 kilograms inside the cargo cabin or up to 2,400 kilograms on the external sling.

At present the sole producer of the Hind is the Southern Russian-based Rostvertol plc. During the many years the company has been producing the helicopter it has not only supplied Mi-24(35) type helicopters, but also provided service and maintenance in many African countries, such as Angola, Burkina Faso,Ethiopia,Niger,Nigeria, Senegal,Sudan,Uganda,Zimbabwe,etc.

The Mi-24s have continuously demonstrated high performance and reliability in the adverse climatic conditions of Africa when accomplishing peacemaking missions of international organizations, such as the United Nations. In fact .Hind helicopters take part in practically all UN Peace-keeping missions in Africa.

A particular example of this was the support for Mi-24 combat helicopters have given to a Russian military division consisting of 115 servicemen who have been part of the UN Peace-making mission in Serra Leone since August 2000. Their task was to provide the UN personnel security by escorting ground convoys; by performing search-and-rescue flights; by supporting airmobile operations of the UN and also by performing patrol and observation flights.

The operations performed by the helicopter group received worldwide acclaim especially from the point of view of the efficiency and reliability of the Russian Hinds.

Upgrade

Serious work on upgrading theMi-24v helicopter resulted in the construction of a new up-to-date combat helicopter-the Mi-35M- which, according to media reports, the Russian Ministry of Defence is planning  to purchase for the Russian Army.

The MI-35M upgrade is the results of the introduction of new technologies in a joint effort by Rostvertol plc and Mil MHP.

The MI-35M is equipped with a rotor system of composite blades. The improved blade profile enhances the helicopter performance, and the composite materials provide increased service life and combat survivability.

The Mi-35M has an X-shape tail rotor which increases directional control efficiency and reduces the helicopters acoustic footprint.

Other structural changes incorporated in the Mi-35M are the non-retractable landing gear and the shortened wing with new external store racks and a built-in-load lifting system.

The combat helicopters are fitted with a new multi-place launching device for up to eight anti-tank guided missiles in launching pods making the Mi-35M an attack helicopter fitted with up-to-date high-precision armament of round-the –clock application, capable of accomplishing missions day and night and in all weather conditions.

The helicopters lights are adapted for application in both Russian-and foreign-made third generation NVG.

For providing round-the-clock application, the helicopter is fitted with up-to-date radio-electronic equipment including state-of-the-art navigation system with thermal imaging .TV channels, laser range meter and thermal direction finder.

Despite the advantages of the new helicopters and it being included in the inventory of the Russian Army, this does not mean the end of the Mi-24 helicopter.

Rather will it complement the Hind as Mi-24s potential is so significant that after various modifications it can be successfully operated for many years to come?

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The marketplace is flooded with compact, portable DAB Radio which are giving you quality of sound quality with amazing clarity. These great radios are coming with great battery backup also. Some of the most popular radios are PURE PocketDAB 1500 Personal Rechargeable DAB/FM Radio which includes great features and advanced technologies in it. Pocket-sized DAB radio comes with 20 presets and 24 hours battery life which is more than enough. There is Built-in rechargeable Li-Ion battery pack (recharges from mains) and High quality Sennheiser in-ear headphones (supplied) is also there. DC jack for external power supply (5V) and Five EQ settings are also there. The box which comes with this device contains PocketDAB 1500 radio, ChargePAK inside battery pack, Sennheiser MX300 headphones, Manual and warranty card and switchable power supply.

The most popular radio in the market you can get is Roberts Idream CRD42 DAB/FM Stereo Clock Radio with Dock for iPod which is equipped with great features and advanced technologies in it. There is iPod Dock with DAB/FM radio and built-in alarm clock which can wake you up whenever you want to. You can easily Charges you iPod while you listen and there will be be no interruption. There is 20 station presets with search/manual tuning and large back-lit display. This has a Multi function Infra red remote control included. Two independent alarms – wake to iPod, radio or buzzer are also there for your comfortability.

You can easily compare prices radios online to choose the best one which suits you the best. And the best part is that you can also buy digital Radios online only by making a secure online payment only.

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Announced that the company’s goals as the latest step in the development of design platform, Xilinx has also introduced the six areas of development kits optimized. Design platform is the company’s goal to help developers in the FPGA design to focus on product innovation and differentiation of innovative ideas. Those for the Virtex-6 and Spartan-6 series of development platform can significantly reduce the implementation time required for optimal system performance, but also to ensure that System on Chip (SoC) development phase of the low power levels. The latest package aimed at embedded processing, DSP, and high-speed serial connectivity requirements of construction system, provides for the design team specifically for the design process and carefully optimized tool suite, all-IP and professional and technical staff for design of common areas target reference design.

Target Xilinx design platform to help customers at any level to carry out design innovations.

Xilinx platform market Marketing Director BrentPrzybus said: ‘Each new packages are designed to provide a proven starting point for designers to speed up the market process, while the tools they need to ensure that the focus on product innovation. We designers provide a full range of well-optimized development resources to help them to quick start the design work, and maximize the use of Virtex-6 and Spartan-6FPGA series of truly innovative features and capabilities. ‘

Suite features full use of the device and the ISE FPGA design suite innovation

The package supports both series FPGA using Virtex-6 calculation for the high-intensity, high-speed, high-density SoC design and development applications, also supports the use of Spartan-6 family of FPGA-oriented focus on performance, size, power consumption and cost of application design and development. Each package is full use of the above two important functions within the FPGA family, including: with integrated PCIExpress? Endpoint module’s low-power high-speed serial transceivers, integrated memory controller, and a pre-adder and advanced control functions Advanced high-performance digital signal processing

Chip . ISE? Design Suite 11.4 version for each package is to provide support for the Spartan-6FPGA design reduces 25% of the running time for before the release of large, complex and highly used by Virtex-6SOC design reduces the running time of 30% .

Suite supporting all development board to provide scalable, full-featured Domain Specific IP core, target reference design, sample design, complete documentation and cables, so that designers can immediately start development. The overall goal of verification reference design is the core of each package, specifically for its support of the design was carefully optimized, and both stood their direct use may be modified after extended use. Customers can also access the source code and simulation files used in the design environment to build their final application.

These packages earlier this year announced the establishment of the Spartan-6FPGA and Virtex-6FPGA evaluation kit based on the basis of subsequent Xilinx and its ecosystem

Cooperation Partners will also launch and market-specific DSP development kit, such as in November 2009 has been launched Virtex-6FPGA radio connection kit.

Connectivity development Link target reference design development kit contains its hardware modules within the FPGA, Xilinx Xilinx Alliance Program to connect IP and an important member of the company’s IP NorthwestLogic perfectly together to provide comprehensive and scalable to PCIe or XAUI Gigabit Ethernet bridge. Customers can select Virtex-6FPGA package fully consistent with PCIegen1 or gen2x1, x2, x4 standard version, adjust the DMA settings to optimize the system bandwidth, DDR3 memory from external read / write data, and links to system-wide XAUI interface to the environment . Spartan-6FPGA kit to help designers to use the full authority of NorthwestLogicDMA engine IP, will be fully compatible PCIegen1 standard Gigabit Ethernet interface is linked. Both kit to help designers measurement system bandwidth, optimize settings to reduce the power consumption of the host system environment and cost. The goal of pre-loaded reference design has been carefully optimized to show maximum operating frequency up to 250MHz with four different clock domains of full-featured link.

Xilinx Virtex-6FPGAML605 connection kit Spartan-6FPGASP605 connection kit Embedded Development Embedded Development Kit to help software developers to use and ISE11.4 provided with Xilinx embedded version of the SDK (software development kit) to immediately start the development environment. Developers can run and modify the reference design as part of the target sample code provided, make full use of the full implementation of the MicroBlaze? 32 RISC soft processor core and a full set of common processor peripherals, including UART, multi-port memory controller (MPMC) , flash, Tri-mode Ethernet MAC (TEMAC), Universal IP (GPIO), I2C/SPI, timer / interrupt controller and debug port and so on. Used as EDK (Embedded Development Kit) as part of the peripheral environment, library, hardware designers can use the basis of system builders (BSP) tool to modify the reference design, implementation, performance, optimization of power or resources to further expand the code, optimize the main functions ensure the implementation of the program and give full play the advantages of FPGA resources.

TataElxsi the company’s product design services manager SantoshR.Kulkarni said: ‘Xilinx Spartan-6FPGA greatly simplifies embedded design platform for wireless compression algorithm we transplanted low-cost FPGA software to the latest technical work. Use with DDR3 memory Gigabit Ethernet controller and pre-verified MicroBlaze processor sub-system design, we can make within a few hours to start developing software in the SP605 and running up and compared to previous designs, we also realized more than 50% performance increase. ‘

Xilinx Virtex-6FPGAML605 and Spartan-6FPGASP605 development board.

Agilent Technologies, a research engineer NathanJachimiec said: ‘Xilinx’s latest Spartan-6 embedded package left me a deep impression. Open the package, within minutes I can run out of the box demonstration and MicroBlaze processor sub-system for rapid assessment of the function, the subsystem with a gigabit network, video interface and speed to 800Mbps, Spartan-6FPGA hard DDR3 memory controller. FMC development board daughter card interface and customizable embedded reference

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Time synchronization is crucial for many modern applications. Whilst computer networks all have to be running in perfect time to prevent errors and ensure security other systems require time synchronization for legal reasons.

Average speed cameras, traffic light cameras, CCTV, parking meters and alarm systems to name but a few, all require accurate time synchronization not just to ensure the correct operation of the systems but also to provide an auditable and legal trail for use in prosecutions.

Failure to do so can lead to the system being completely useless as any legal case based around the technology would need to be provable.

For instance, a CCTV network that is not synchronized would not be admissible in court, a defendant could easily claim that an image of them on a camera could not be them as they were not in the vicinity at the time and unless the camera system can be audited and proved to be accurate then reasonable doubt would see any case against the suspect dropped.

For this reason, systems like those mentioned above require complete auditable time synchronisation that can be proven beyond reasonable doubt in a court system.

An auditable system of time synchronization is only possible by using a dedicated NTP time server (Network Time Protocol). NTP servers not only provide an accurate method of synchronization being accurate to a few milliseconds they also provide a full audit trail that can’t be disputed.

NTP server systems use the GPS network or specialist radio transmissions to receive the atomic clock time which is so accurate the chance of it being even a second out from UTC time (Universal Coordinated Time) is over 3 billion to one which is even greater than the accuracy of other legal evidences such as DNA.

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Historically, one of the main reasons people have shied away from using hidden cameras or spy cams is because they’ve been so complicated to use. In recent years that has changed. They are easier to use than ever before and we’re to show you how to use them and how to get the most out of them.

First of all they are board cameras hidden inside common everyday objects. Usually that object is a working object to further the deception. Some examples are wall clocks, boomboxes, clock radios, electrical outlets, and many, many more-close to 50 in all.

The purpose of a spy camera is to catch somebody doing something they shouldn’t be doing. So the need for deception is at the very top of the list. That something is usually illegal or immoral or both.

There is a new line of covert cameras with a DVR built right in. Here is how to get the most out of it and how to use it.

1. Once you get your camera make sure all the parts are included.

2. Read all the directions.

3. Aim the camera in the general direction you want to record.

4. Put the SD card into the provided slot.

5. Plug the power cord into a wall outlet. The power cord runs the device, the camera and the DVR. No other wires are needed.

6. The DVR runs a test on its own.

7. Then the unit will show live video and it’s ready to record.

8. Press the record button on the included remote control.

9. To play back what you recorded remove the SD card and insert it into your SD card reader on your computer.

You need some kind of media player software. If you don’t have one you can download the free VLC media player from the Internet.

Download VLC Player to compare and see all its features and the media playable.

Those are the steps to use the new hidden cameras with DVR. Easy? You bet. When are you getting one?

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Time synchronization is a crucial aspect of computer networking. Ensuring all machines on a network are synchronised to the global timescale, UTC (Coordinated Universal Time), otherwise time sensitive transactions with other networks would be impossible.

Time synchronization is made easy thanks to the Network Time Protocol (NTP) which was devised in the early days of the Internet for that very purpose. It works be utilising a single time source (usually UTC) which is then distributed amongst all devices on the NTP network.

The UTC time source is often taken from the Internet on networks where security is not a great issue but as this involves leaving an open port in a network firewall for many networks the vulnerability this can leave isn’t worth the risk.

Dedicated network time servers (often referred to as NTP servers) are used by many networks as a secure and even more accurate method of receiving UTC. These devices receive the UTC time direct from an atomic clock source.

Furthermore, these dedicated time servers operate external to the firewall and network and use sources such as GPS or radio frequencies to pick up the time codes.

For ease of synchronisation there are various time synchronisation software packages that run hand-in-hand with NTP and allow, through browser interfaces, easy configuration of the time synchronization throughout the network.

Whilst these time synchronisation software packages aren’t essential in using most NTP servers, the standard software installed in operating systems is often lacking or quite complicated.

Most specialist producers of dedicated network time servers will produce a times service client to allow configuration and these are probably best suited for the device from that suppler. However, there are many freeware and open source time synchronisation software packages that are mostly compatible with many NTP servers.

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When bed bugs started creeping back into America, stowaways in the luggage of international travelers, hotels took the first hit. Soon bed bugs started cropping up in houses and apartments, hitchhiking their way in on the clothing and in the suitcases of business travelers and vacationers. Until this summer, however, bed bugs were rarely heard of in U.S. retail stores or commercial office buildings.

More recently, bed bugs began leaving the comfortable sanctuary of American bedrooms and showing up at schools, libraries, hospitals and other high traffic areas. This summer, the first reports of bed bugs in retail stores and a slew of workplace infestations caused panicked Americans to see bed bugs lurking around every corner. It was like turning the clock back to our great-grandparents’ day when bed bugs were an everyday fact of life.

Bed bugs typically inhabit bedrooms, preferring to hide close to their preferred food source – the blood of sleeping humans. Entomologists say the increasing incidence of bed bugs in the workplace, far from their normal feeding environment, indicates the exponential growth of these blood-sucking parasites. In a July 2010 survey of pest control firms conducted by the National Pest Management Association (NPMA) and the University of Kentucky, 95% of the pest control professionals surveyed had encountered bed bugs, and 1 in 5 (20%) reported treating infestations in commercial buildings. In 2007 commercial infestations accounted for less than 1% of U.S. bed bug infestations. Today, 40% of bed bug exterminations are performed in commercial settings.

University of Kentucky entomologist and national bed bug expert Michael Potter has called bed bugs the most serious insect threat of the 21the century and the most difficult to control. Slightly smaller than an apple seed, these nocturnal, blood-sucking parasites are adept at hiding in minute crevices, easily transported to new locations and able to survive for a year without feeding. Incredibly prolific, a single pair of bed bugs can produce 300 offspring and 1,000 eggs in three months. Hatching in about a week, larvae begin reproducing within a month. In just a few months, a single pair of bed bugs can spawn an infestation numbering in the hundreds of thousands.

Not attracted by dirt or filth, bed bugs target human blood, on which they must feed before molting or reproducing. Adept hitchhikers, these blood-sucking parasites are spread by their victims, riding into office buildings with co-workers, visitors, venders, maintenance staff and deliverymen – An equal opportunity pest, in the past year bed bug infestations have been found in former President Bill Clinton’s Harlem office, the Sirius XM Radio studio of shock jock Howard Stern, U.N. headquarters, the Ronald Reagan building in Washington D.C., IRS offices in Philadelphia and Kentucky, two Abercrombie %26 Fitch Hollister stores, Victoria’s Secret, the Metropolitan Opera House, Lincoln Center, AMC Times Square movie theater, the Empire State Building, and the corporate offices of Time Warner, Google, CNN, The Wall Street Journal and the U.S. Department of Health and Human Services offices in Rockville, Maryland, to name a few.

When bed bugs invade an office, employees often panic, pointing fingers at each other and ostracizing coworkers believed to have introduced the pests. However, bed bugs are so prevalent that more than one worker may have brought them into the workplace or they may have migrated from another office in the building through vents, wall voids or electrical conduits. Barely 1/4 inch long and paper thin when not feeding, bed bugs can slip between the teeth of a backpack zipper; crawl into briefcases and purses, or ride into an office hidden in the seams of clothing or coats. A traveling coworker may carry bed bugs into the office inside his suitcase. Attracted to heat, bed bugs have even been found hiding inside the battery compartments of laptop computers, iPhones and iPods. Your home doesn’t have to be infested for you to pick up bed bugs. You can get them on a subway, bus or taxi. You can bring them home from a movie theater or library. If you brush against someone who is carrying bed bugs or sit in a seat recently vacated by a bed bug victim, there’s an excellent chance some of these pests will jump ship and go to work or home with you.

Employers must be proactive in dealing with bed bugs. Business owners should develop a comprehensive bed bug action plan to ensure that they and their employees are prepared should bed bugs come calling. An employer’s action plan should:

1. Educate employees so they can recognize bed bugs, signs of infestation and bite symptoms and encourage vigilance.

2. Update employee handbooks and set forth bed bug avoidance techniques and reporting procedures.

3. Emphasize the importance of early detection. Encourage employees to immediately advise management of bed bug activity in the workplace or at home.

4. Be open and sympathetic in communications with employees.

5. Should an employee carry bed bugs home, offer support. Consider defraying the cost of home inspection and treatment for employees, allow employees to use vacation days and the Family and Medical Leave Act to cope with home infestations.

6. Arrange immediate treatment with a licensed pest control professional.

7. Launch a containment plan to prevent cross-contamination between work and home.

If your office is invaded by bed bugs, employees can also take proactive steps to prevent bed bugs from hitchhiking home with them:

1. Educate yourself and your family so you know what bed bugs and their bites look like, where to look for them and signs of infestations.

2. Adopt a minimalist lifestyle. Get rid of clutter where bed bugs can hide. Keep everything off the floor.

3. Inspect your office chair and desk for signs of bed bugs daily. Choose metal over wood office furniture.

4. Leave briefcases and laptops at work. Use a hard-sized, not fabric, briefcase. Minimize the number of items you carry between work and home and transport them in sealed plastic bags.

5. Zip work items into a bed bug-proof luggage liner to minimize cross-contamination.

6. When you arrive home after work, leave your shoes in the garage. Inspect each item carefully before taking it into your home.

7. Change clothes as soon as you get home. Place work clothes in sealed plastic bags until they can be laundered.

8. At home, cover mattresses and box springs with bed bug-proof mattress encasements to prevent bed bugs from infesting your bedding.

9. If your office is the site of an active infestation, regularly inspect sheets and mattresses for bed bug signs.

10. If you suspect a bed bug infestation at home, immediately call a licensed pest control professional and arrange treatment. Look for a an established pest control firm that has been in business for many years, is a member of the National Pest Management Association (NPMA), has a good Better Business Bureau rating and offers a 90-day guarantee.

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There is a lot to like about Panasonic’s latest high-end Blu-ray player, the DMP-BD85: excellent video and audio performance, a rich assortment of streaming media options (Netflix, Amazon VOD, YouTube, Pandora Internet Radio and now VUDU via a recent firmware upgrade), and a highly customizable assortment of tweakable parameters for audio and video hobbyists. Also, with built in Wi-Fi via the included USB adapter, it’s easier than it used to be to reap the benefits of an internet-enabled player. However, the bland text-based menus and operational idiosyncrasies of the player make it feel a little bit behind the times.

DVD upconversion is very good to excellent, with some enhancements to Panasonic’s Uniphier video processor that are only available in the BD85 and in the new Blu-ray 3D players, the DMP-BDT300 and DMP-BDT350. The entry-level BD45 and BD65 players include a slightly lesser quality version of the Uniphier processor, equivalent to Panasonic’s 2009 players. Diagonal lines are clean and free from jaggies, 2:3 film cadence is easily detected by the player, preventing the tell-tale moire distortion that can occur on lesser players, and edge detail is smooth and fairly free of aliasing and any combing or tearing artifacts.

Turning to high def Blu-ray Disc playback, advances to the player’s chroma (color) upconversion processor enable outstanding color reproduction and color detail from 1080p Blu-ray Disc, superior to Blu-ray playback on some other more expensive players. To be honest, these improvements are only really visible on larger screen sizes (e.g., large screen projection systems) but home theater hobbyists and videophiles will appreciate the exceptional Blu-ray playback quality of the BD85.

Audio quality is also excellent, with some innovative enhancements to the way digital audio is handled that can improve the sound quality, even over HDMI PCM and bitstream connections (specifically the ‘Jitter Purifier’ and ‘High Clarity Audio’ features). By providing more accurate data for the audio clock, the BD85 minimizes jitter that can detract from the sound quality, even when your receiver or preamp does the audio decoding. For those who have older non-HDMI receivers, the BD85′s multi-channel analog outputs and on-board decoding for DTS-HD and Dolby TrueHD can provide outstanding lossless audio from Blu-ray Disc (just be prepared to spend some time tweaking the player’s speaker settings and your receiver to get the sound dialed in just right).

In our testing, the included 802.11a/b/g/n WiFi adapter worked well. Also with the WiFi adapter is a 3-foot USB extension cable which allows you to place the wireless antenna module outside the audio cabinet where it can get better WiFi reception. We were easily able to stream Netflix in HD using the WiFi adapter one floor away from our 802.11g Linksys wireless router. Access to Netflix, Amazon and YouTube was pretty reliable (though we tested YouTube and Netflix much more heavily than Amazon VOD), and BD-Live features worked well on the player (as long as you give it a couple of minutes to fully connect to the network). Also, for those with the firmware 1.23 applied, as of June, 2010, Pandora is now available in the VIERA Cast screen on this player, and firmware 1.51 (11/2010) brought VUDU to this and other 2010 model year Panasonic players.

But Panasonic made some ergonomic choices here that are a bit questionable. They shortened the remote vs. last year’s models by about an inch. And while this does make the basic functions like transport and menu navigation a little easier to operate (at least to my thumbs), the smaller size meant removing the ‘Set-up’ button entirely, and making the frequently used ‘Display’ button much smaller and easy to miss. And although there is a VIERA Cast button the remote, which allows access to all the IPTV streaming goodies, the player lacks an integrated splash screen (as seen on recent LG and Samsung players) which would give you the option to select between disc-based, USB-based on web-based content in an integrated and logical way.

Also, within the ‘Functions’ menu, there is an option called ‘Network’ which actually launches the VIERA Cast screen (why not call it ‘VIERA Cast’ to be consistent?). Perhaps most frustrating to those who watch a lot of foreign films (or non-native English speakers), there is no subtitle button on the remote. Instead subtitle controls are buried deep within the ‘Display’ menu, where you’ll also find the nifty 24p mode switch for DVD playback. This is nothing new in the BD85, but it is a questionable choice for a fairly commonly used function.

In the area of loading speed, the BD85 carries on the tradition of earlier Panasonic players being a fairly sluggish disc loader. Sure, there is a ‘fast boot’ option (Quick Start), which can take you from powered off to the basic splash screen and ‘no disc’ message in under 2 seconds. But after that initial boot, you’ll still be waiting a while to view your discs – we clocked the disc loading times at about 20 seconds to load a standard DVD, 36 seconds to load a Blu-ray and 39 seconds to load a BD-Java Blu-ray (the first ‘Pirates of the Caribbean’ movie). A BD-Live heavy title (‘Inglourious Basterds’) can take over two minutes to get to a visible screen, though we did find that using an SDHC card instead of a standard SD card, did speed up this load time significantly, exposing more of the BD-Live content that we did not see when we used the standard 1GB SD card. And that’s one more knock – why does Panasonic still require customers to buy and insert an SD card in order to use BD-Live? Why not load the unit with at least 1 GB of on-board memory so that customers are not disappointed to find they need an additional purchase just to use BD-Live?

Click Here to Read More Reviews and See the Lowest Price for the Panasonic DMP-BD85K WiFi Enabled Blu-Ray Disc Player

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Timing is becoming increasingly crucial for computer systems. It is now almost unheard of for a computer network to function without synchronisation to UTC (Coordinated Universal Time). And even single machines used in the home are now equipped with automatic synchronisation. The latest incarnation of Windows for instance, Windows 7, connects to a timing source automatically (although this application can be turned off manually by accessing the time and date preferences.)

The inclusion of these automatic synchronisation tools on the latest operating systems is an indication of how important timing information has become and when you consider the types of applications and transactions that are now conducted on the internet it is of no surprise.

Internet banking, online reservations, internet auctions and even email can be reliant on accurate time. Computers use timestamps as the only point of reference they have to identify when and if a transaction has occurred. Mistakes in timing information can cause untold errors and problems, particularly with debugging.

The internet is full of time servers with over a thousand time sources available for online synchronisation however; the accuracy and usefulness of these online sources of UTC time do vary and leaving a TCP/IP open in the firewall to allow the timing information through can leave a system vulnerable.

For network systems where timing is not only crucial but where security is also a paramount issue then the internet is not a preferred source for receiving UTC information and an external source is required.

Connecting a NTP network to an external source of UTC time is relatively straightforward if a network time server is used. These devices that are often referred to as NTP servers, use the Atomic Clocks onboard GPS (Global Positioning System) satellites or long wave transmissions broadcast by places such as NIST or NPL.

Incoming search terms for the article:

• Internet Time Servers london

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The Chevrolet Cobalt is available as a coupe or a sedan and is a compact vehicle with a better standard fuel economy than other cars in its category. The standard engine is a 2.2 liter inline four cylinder version which is connected to a five-speed manual transmission and produces 155HP. It easily achieves at least 30 mpg on the highway and has four trims including the trendy looking sports version Cobalt SS.

The SS version has a 2.0L turbocharged four-cylinder engine producing 260HP power connected to a silent five-speed manual transmission. However, all other models have the option of a four-speed automatic.

The Coupe version offers the best standard highway fuel economy of any other compact coupe and can travel up to a whopping 480 miles on a single tank of gas. More power is available from the optional Ecotec 2.0 liter 1-4 engine. Fuel economy does not suffer at the cost of power.

Safety is an important feature of the Chevrolet Cobalt Coupe and OnStar ensures your safety during and after a collision. Frontal and side-impact airbags protect passengers from impact. Technology such as StabiliTrack and 4-wheel antilock brakes help you stay in control and on the road in hazardous situations. Automatic Crash response from OnStar has built-in sensors that connect an advisor to help you get emergency help to your exact GPS location.

With the maximum HP and torque in its segment the Chevy Cobalt Coupe has some amazing performance credentials. It has a top speed of 160 mph and clocks 0-60 mph in 5.7 seconds. It has a torque of 260HP that beats all others in the segment hands down. A dealer installed optional accessory called the Star Kit can increase the HP of the Cobalt SS to 280.

The Chevrolet Cobalt is equipped with an array of impressive features that are all covered in the cost. An MP3 capable stereo and XM Radio, 100,000 mile long-life spark plug and a 150,000-mile engine coolant along with hot features such as frontal and head curtain side impact air bags is topped with a 100,000 mile or 5-year transferable Powertrain Limited warranty.

The Chevrolet Cobalt sedan also comes equipped with the OnStar Safe %26 Sound Plan for the first year of service and has similar features as the Coupe. It clocks an impressive 37mpg on the highway and is available in four trims – Base, LS, 1LT and 2LT.

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Buying a brand new car, or a auto that is new to you, could be a minefield. Women are traditionally vulnerable to con men when getting vehicles, taking their cars for a service or anything else related to motoring for that matter. Though we’d like to believe that occasions have changed, and inside the most part they have, you will find still vehicle sales men and women waiting for an innocent looking female to trot via the door. This applies to males too, so don’t be offended! At CoverGirl Vehicle Insurance we want you to get the best deal, low cost insurance and above all an excellent car. So, we’ve compiled a concise guide to what can be one of the most costly purchases you’ll must make.

The first issue you are going to should do is choose whether you would like a brand new or utilised vehicle. You almost certainly have a make and model in thoughts already, so it’s greatest to do as significantly analysis into the vehicle as possible. You can look in trade guides and on the web to obtain some ideas about the production and engineering of the desired vehicle. If you go to the dealer armed with this information then you’ll know what to search for and will know about any parts of the vehicle which might be particularly costly to replace. Whilst doing your study you can also appear out for any widespread issues along with your auto. For instance specific vehicles have notoriously bad electrics and you may very well be left having to pay a large bill to have them repaired.

So what’s the most effective bet, new or utilized?

Purchasing a new car

Purchasing a brand new automobile provides you the peace of mind that your car hasn’t been rescued from an accident and ‘cut and shut’ (much more about this later). Plus you don’t have to be concerned about service history and recurring problems.

In case you decide to buy a new automobile then you might have 3 options. You’ll be able to either get from dealership, from a broker or by private import from Europe. You’ll find pros and cons to each and every option so you should appear carefully at each and every to decide what’s very best for you personally. The benefits and pitfalls of every single are as follows:

Dealership: Numerous dealers provide inexpensive finance schemes with frequent particular delivers, you can take the vehicle for a test drive and you also may be able trade in your existing automobile. This is typically a more pricey alternative so it is worth looking about.

Broker: It’s frequently more affordable to buy by means of a broker and relatively simple to organise. You might not be able trade your car in.

Private imports from Europe: Cheaper within the majority of cases. Even so this is not the easiest method to acquire a car. You’ll must put in really a bit of work.

What to check whenever you collect your automobile
We advise which you check your new automobile over before you drive off the forecourt. You will find a couple of key things to check:

o That you’ve got a copy of the dealers pre-delivery inspection form

o Check that all lights, electrics, sound systems, alarms, door locks and windscreen wipers work

o Check for any scratches and check that there is no damage to the interior

o Check you’ve got the spare tyre and any tools which might be supposed to come with the vehicle

o Be sure you’ve got the manual and service book

Getting a employed car

When you get a utilized vehicle there are some more pitfalls to look out for but you are able to bag yourself a bargain in the event you look inside the proper location. It also can be fantastic enjoyable deciding regardless of whether you need a sexy classic like an Alfa Romeo Spider or a bargain run-around like a Ford Ka. No matter whether you chose to buy from a dealer or from the private market you’ll want see the history of the vehicle. This is genuinely critical. You are able to either acquire from a franchised dealer, a employed vehicle dealer or privately. Here are a number of the pros of purchasing from each:

Franchised dealer: One of the safest places to purchase a vehicle. You will get a great choice from a franchise. It is possible to get employed or almost new vehicles. A franchised dealership also could know the whole history of the vehicle. They are going to also offer you having a warranty, so if anything goes incorrect you can take it back and they are going to fix it.

Utilized automobile dealer: They are going to generally have checked that there’s no bad history or outstanding finance. Most dealers have an exceptional reputation but you must workout some caution and once again, do your personal study concerning the sort of vehicle you have chosen. You are going to normally get at the very least a three month warranty from a employed vehicle dealer. But check to see what it covers. Service items like tyres, exhausts and brake pads aren’t usually covered.

Private buy: Best location for an outstanding bargain. This may be the riskiest method to get a car as the automobile could have been involved in an accident, and could not belong to the seller. You must ask to meet at the sellers’ property or work and ask the following questions:

1. Is it your automobile?

2. Has the vehicle ever been in an accident?

three. Can I have a signed receipt?

‘Cut and shut’, counterfeit parts, auto ringing and clocking

However there are several unscrupulous people out there wanting to make a buck out of the innocent auto buyer. A few of the tactics undertaken by an unethical minority leave drivers with hazardous, illegal and unreliable vehicles. Several vehicles are stolen and sold on or taken from accidents and patched up to look like new. The following are some ploys that con males use to cheat the buyer:

‘Cut and Shut’

This is when two cars are taken from a scrap yard after write off accidents and welded together. This is extremely risky and potentially challenging to spot. Search for mismatched panels, traces of paint on window seals and door handles, mismatched upholstery and indicators of really serious repair work. It really is really difficult to spot a cut and shut but it’s worth a closer inspection in situation the individual who carried out the work has cut corners.

Counterfeit parts

These are fraudulent copies of genuine manufacturer branded components. They’re intended to deceive motorists and could be incredibly realistic. They are nonetheless not intended to be secure. Their makers do not care about the prospective safety threat to future drivers. They have began to make fake brake pads, discs and steering linkages. All of these could trigger fatal accidents if they go incorrect. You probably will not have the chance to check parts just before they are fitted to your new auto, however it is a thing you should be conscious of when purchasing a second hand automobile.

‘Car ringing’

This is where a stolen car has its identification quantity changed. The automobile identification amount is taken from vehicles that have been written off in an accident. By forging these details thieves can pass off stolen vehicles as the genuine post to innocent automobile buyers. As soon as you have paid for a ‘ringer’, it is too late. It doesn’t belong to you and if it is traced it is going to be returned to the original owner, so you’ll lose out considerably. You can look out for this by checking all documents to determine if they look forged. If there’s little or no paperwork you must also be suspicious.

‘Car clocking’

This is when the car’s odometer is lowered to create it look as if the automobile has not done as several miles as it has. This makes cars look more beneficial than they are. If the mileage of a automobile looks suspiciously low you ought to search for other tell tale signs like wear and tear to the pedal rubbers and seats.

All the above are seriously detrimental to the buyer and will leave you with a stolen, dangerous or faulty car. For those who have any doubts it is advisable to get an independent vehicle inspector to check the automobile just before you buy it. This will stay away from any prospective fraud and will get rid of the risk to you.

Great luck!

Buying a automobile should be enjoyable. You could end up using the auto of your dreams – in case you follow our guide. It genuinely is worth checking for any discrepancies before you make the buy. There are numerous methods to check the history and safety of the vehicle so it is easy to complete and worth it inside the extended term.

Car GPS is a powerful indash multimedia system that delivers more entertainment choices than the original car radio and brings all features together in one unit with easy touchscreen control. The car multimedia system which mainly integrates car DVD and GPS Navigation functions provides car owners with audio /video entertainment and gives the right direction when driving. Toyota GPS from Qualir is excellent. It absolutely deserves your choice.

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Obesity is becoming the most prevalent public health problem in industrialized nations, the Organization for Economic Cooperation and Development (OECD) said in a study published in Paris on September 23, 2010. ‘If recent trends continue, projections suggest that more than 2 out of 3 people will be overweight or obese in at least some OECD countries within the next 10 years,’ according to the study, Obesity and the Economics of Prevention.

What is to be done? What can each of us contribute to understanding personal health, fitness, and optimal living? I find myself to be at fifty in the best physical and mental conditions I have ever been, without the use of drugs, pills, or enhancements of any kind. So my job, as the president of Lifespan Seminar, is to use this opportunity as a meeting across this page, as it were, to show you, dear reader, what I see in my life, which is a structure of life-affirming choices that enable me to be the best version of myself at this age.

What does it mean to be the best version of oneself? Our bodies change – I used to run regularly distances of ten to fifteen kilometres. And then I developed osteoarthritis in my left hip, so I can no longer run. But I can do other activities – swimming, stretching, and walking as much as possible. This also means designing my lifestyle in such manner that I get to exercise as much as I can, moving away from sedentary habits and building my daily routines with healthful choices.

I have known how long I can live for the past eighteen years. To address scepticism head-on, this is not a fact but a potential, something that might come true if I make the right decisions. I believe that if I keep making the correct choices in my life, I can live another fifty-two years. I have lived with this notion since 1992, and the more I live it the more I believe it. I have initially struggled with it, mistrusted it, researched it, gradually accepted it, understood it, finally came to rely on it, and now I teach what I’ve learned.

Another thing that must be said at the outset is that this mental, spiritual, and physical quest has never been for me a means of self-aggrandizement or self-congratulation, but an undertaking of self-analysis, curiosity, and faith. I am not the source of this power, but am rather accessing this power at its source. What is the source? The Mind at Large, the order underlying all things in the universe.

The ecologist and theologian Thomas Berry writes in his book, The Great Work: Our Way Into the Future, published in 1999:

‘History is governed by those overarching movements that give shape and meaning to life by relating the human venture to the larger destinies of the universe. Creating such a movement might be called the Great Work of a people…. The Great Work now, as we move into a new millennium, is to carry out the transition from a period of human devastation of the Earth to a period when humans would be present to the planet in a mutually beneficial manner.

The Great Work before us … is not a role that we have chosen. It is a role given to us, beyond any consultation with ourselves. We are, as it were, thrown into existence with a challenge and role that is beyond any personal choice. We did not choose. We were chosen by some power beyond ourselves for this historical task. The nobility of our lives, however, depends upon the manner in which we come to understand and fulfil our assigned role.’ [1]

We can’t select our epiphanies. By their nature, they originate outside of us, in the Infinite Mind, and lodge themselves in individual psyches at particular periods in human development. It is no accident why certain perceptions enter the subconscious at a specific time. As we will discuss further along in this article, there exists in the universe an evolution of consciousness which points to a pattern of continuous revelation.

Java World Congress is taking place at a significant point in time. It is the end of the first decade, the end of the beginning of the new millennium. Granted, these are only numbers on a page, but in our collective consciousness they carry deep symbolic meanings. For example, the wedding chapels in Las Vegas, Nevada, were overbooked months in advance by couples wanting their marriage licences to be stamped with the date 10-10-10. We are still at the gates of the twenty-first century, of a fresh beginning of a period of a thousand years.

In his ground-breaking book, Cosmos and Psyche: Intimations of a New World View, Richard Tarnas, the founding director of the graduate program in Philosophy, Cosmology and Consciousness at the California Institute of Integral Studies, analyses and compares the convergences of scientific breakthroughs in history. The book seeks and well succeeds in pointing to an essential order suffusing the movement of all celestial bodies, of which we humans are one form. It demonstrates patterns of alignments of planets in which profound shifts in evolution occur, in a mutually connected and dependent manner. For our purpose we will list a table of convergences of major scientific discoveries and intellectual revolutions, among them the discoveries of Johannes Kepler and Galileo Galilei in 1609-10, that supported the heliocentric theory and laid the foundations for the Copernican revolution; Charles Darwin and Alfred Russel Wallace in 1858, of the theory of evolution; Sigmund Freud and Max Planck in 1900, in psychoanalysis and quantum theory, respectively; and Niels Bohr, Werner Heisenberg and their colleagues at the Solvay Congress in 1927, who solidified the quantum physics revolution begun by Planck twenty-seven years earlier.(table 1)

Next convergence(The above list is only a partial chronology, and between the major events mentioned there were other convergences which fall outside the focus of the current article.) [2]

Will Java World Congress result in important discoveries, resolutions, or understandings that will benefit the world? That is up to each of us individually to answer. The aim of this article is to present a structure of wellness and balance in a person’s life, which will give them a new perspective on healthy living, and thus will enable them to live the longest life their particular genes will allow, while existing in this duration in the most vital and enjoyable manner. Let us begin.

1.1 Inception of the insight

In 1992 I was living in New York City and working as an executive at a retail firm. I ran regularly several times a week and found these jogs to be the best meditation sessions: the body is engaged in a routine and familiar activity – the lungs are pumping, the legs are kicking – so the mind is free to visit beautiful places. I have always gotten the brightest ideas on these meditation runs. So one day a thought came along, as they do, somewhere from the crossings of the subconscious and the infinite. A number appeared – 102 years. Frankly, I didn’t pay much attention to this at that time, just went about my business, but the following day it was still there, and the following week, and the following month. This is where I got worried.

1.2 Personal struggle

What was I going to do with this strange notion? What was I supposed to think? It scared me very much. I felt I couldn’t tell it to anyone – they would laugh at me, they would think I was hallucinating, or that I thought too much of myself, or that it was the kind of notion that you get when you had one too many glasses of liquor.

Was this some kind of cosmic joke, to set me up for ridicule and derision? And where does this idea fit in one’s life anyway? What does it mean? Do you now not mind how you behave, what you eat, how you treat your body and your soul, because you think you can live to be 102, so who cares? Following these insecurities and anxieties, came another one – what if somebody shoots you?

This period lasted several years, all deep within, battling, brewing, conflicting. But you go about your life, and you come to have faith. You try not to lose your sense of wonder, that private quiet instinct that says, Why the heck not? Is it frightening? I’ve dealt with darker thoughts. I am not afraid of this. And moreover, one day the bottom fell from under that fear of being shot at random – a new articulation appeared and it made perfect sense, everything fell into place: If I am not killed prematurely, I will live to be 102.

That is, within the domain over which I have control, my own behaviour, I think that I have the tools to last in this body for that duration. Beyond this I have no control, and what happens is the universe’s will.

1.3 Acceptance and beginning of research

I acquiesced in the idea: let’s see what happens, let the galaxies align in their proper positions. I will continue my life, now gradually with the new perspective of – if it were to happen, what would it mean in practical terms: what would I have to think? How would I have to behave and conduct myself? How would I have to breathe? Exercise? Eat? And what not to eat? I have never denied myself any kind of food, I enjoy everything in right proportions.

Dear reader, I am a thoroughly pragmatic person. For me an idea is just that until it is proven in reality. It also has to make sense, be valid, feasible, understandable, and applicable in everyday life. The scientific foundation of this new perception follows shortly below. But first, let’s sharpen our focus and rearticulate precisely the topic of this article – We can sense our optimal duration in life and realize it. Here are the elementary conclusions I’ve drawn from living with and researching this subject for the past eighteen years -

=Faith is an essential component in acquiring this new skill, but this is faith based on clear understanding of oneself, and of how the world operates.

=Do you know that this will happen? No. The nature of ‘knowing’ is that we can’t know what hasn’t happened yet, but if it were to happen, this is how it would – through what we think, and how we act.

=It is the quality and not the quantity of life that counts.

=Human life expectancy is increasing at an average rate of two years per decade. The longest verified human life on record is 122.4 years. Within these known boundaries, any number we can reasonably conceive in accordance with our mental and physical states is valid.

=Our bodies are machines for living, with innate equilibrium and an instinct for self-restoration.

=Conducting Lifespan Seminars has shown us that the best way to communicate this idea in a manner that participants can use is to describe the development that took place inside me and let this process trigger similar insights in their psyches.

=Insight = seeing inside.

=We strive for certainties but are obliged to operate within the structure of calculated risks and prudent hopes. All life consists of making best choices out of less-than-perfect data. However, we know the basics:

- It’s better not to smoke

- It’s better not to be overweight

- It’s better not to have addictions

- It’s better to be physically and mentally active

* The most important participant in our overall wellbeing is not our doctor, or nutritionist, or fitness coach, or consultant, but ourselves. You and I. Our strength lies in understanding that the freedom and responsibility for our health are in our hands.

2 Historical context

Timeline of the universe (approximate numbers)

15 billion years ago – big bang, release of matter and energy

4.6 billion years ago – the Earth forms from stellar ash. We humans, who are the offspring of

these forces, are made of the same building blocks of energy and matter of which the planets and stars are made. We move through space with the other celestial bodies. The spirit and intelligence that animate them also animate us

300 million years ago – our ancestors diverge from bird species, come down from trees

7 million years ago – hominids branch away from chimpanzees; bipedalism evolves

4.4 million years ago – earliest hominid skeleton ‘Ardi’, a 120 cm female, found in Ethiopia

1530 CE – Copernicus completes ‘On the Revolutions of the Celestial Spheres’ which

introduces the awareness that the Earth is not the centre of the universe but revolves around the Sun

The inherent information in our genes is much older than our present bodies – millions of years, and some of it billions of years old – as old as life in the universe. The psychologist and philosopher William James wrote, ‘Our normal waking consciousness, rational consciousness as we call it, is but one special kind of consciousness, whilst all about it, parted from it by the filmiest of screens, there lie potential forms of consciousness entirely different… No account of the universe in its totality can be final which leaves these other forms of consciousness quite disregarded.’

If we allow ourselves to look at this idea from a fresh perspective we can see that it really is no such big deal – in the future, sensing how long we can live will be as mundane as sensing if we’re hungry or not. Once shifts in consciousness occur, they come to be regarded as ordinary. Readers over the age of forty might marvel at the technological innovations of laptops, iPhones, and movie downloads, but for teenagers this is the only reality they’ve known – for them this is normal. So it is with every novel information: at some point it becomes standard.

Let us play a little mind game. Let us travel back in time to England in the year 1532. Let’s make you a very important person – you are a member of the court of King Henry VIII, you are well-respected and well-informed, and people seek your opinion on worldly matters. One day a courier arrives at court with the news that a scientist named Nicolaus Copernicus says that the Earth is not at the centre of the world, but somehow spins around the Sun. Ridiculous. Who will believe this? Hang the heretic, or better torture him until he recants. And you at this time are not an ignorant person, you are just convinced that this news is nonsense. Who can blame you? Think of the shift of consciousness that bizarre information required. We thought that all the planets and the stars revolved around us. Day was day, and night was night. The stars were above in heaven, and the Sun rose and set, and the Moon came on after darkness, and there was order in the world.

We have only travelled 500 years back. Let’s jump back 5000, let’s look around, what do we see? Rough life, very different from ours. Now let’s jump forward 10000 years. All this, and much more is the canvas of our imagination, of the inherent information stored in our genes.

I believe that the ability to sense the amount of energy our bodies contain is a latent capacity in us, currently unknown, as the introduction of fire, the invention of flying, and the discovery of radio waves were before we revealed them. Isn’t it logical to think that there are other attributes we possess of which we are not yet aware?

Latent – dictionary definition:

1. Hidden: existing in an underdeveloped or unexpressed form

2. (biology) Dormant: undeveloped but able to develop normally under suitable conditions

3. (psychoanalysis) Present but unexpressed: present in the unconscious but not consciously expressed

2.1 Evolution of consciousness

Consciousness in the universe has been developing for the past 15 billion years since the big bang. We, the carriers of this consciousness, are at the present stage of evolution, and have not reached our final form. The awareness of our duration is a natural step in our future progress.

Michael Murphy, Co-Founder of the Esalen Institute, in Big Sur, California, writes in his seminal book, The Future of the Body: Explorations Into the Further Evolution of Human Nature, ‘The discoveries of modern science give us new perspectives on the world and our human capacities. Our planet has been revealed in a new light, not as a static or cyclical world, but as an arena in which graduation upon graduation of species have occurred for several hundred million years. This stupendous advance suggests that humans might develop further. Evolution to date is a supreme inescapable gesture, pointing toward a mysterious future for living forms, leading us to suppose it could continue through further eons. Indeed, it has even exceeded its established laws and patterns. Because evolution has gone beyond its own bounds before – as, for example, when life arose from inorganic matter and human kind from its primate ancestors – and because we harbour transformative capacities such as those described in this book, it is not unreasonable to think that, despite our many liabilities, further progress, even a new kind of evolution, might be available to us. The universe itself, as revealed to us by modern science, invites us to open our imagination and correlate our sense of human possibilities with evolution’s dynamism.’ [3]

And elsewhere in the book he writes, ‘Modern philosophers such as Hegel and Bergson have emphasized the idea that new levels of consciousness appear in the course of human history, like other emergent properties of the universe. Even if they have roots in eternal or pre-existing orders of existence, new kinds of knowing have become manifest for the first time on earth (italicization in the original) in particular societies and individuals, then spread to others by education or example.’ [4]

We explain at Lifespan Seminar that every living organism has an Optimal Duration of Existence. Whales who live 80 years, and shrews who live 2, both have approximately one billion and a half heartbeats in a lifetime. In our workshops, we help participants with guided meditation, breathing, and active-listening techniques to locate the sense of their duration in themselves, and also teach them the skills and habits that will enable them to make that potential a reality – a healthy mind in a healthy body.

3 Everyday application

Since each person has a given amount of heartbeats in a lifetime, it remains to each of us to determine how we manage and distribute them across the entire length of our existence.

- Do we shorten that amount by overeating and thus putting undue stress on our hearts, causing hypertension, diabetes, and other diseases?

- Do we smoke and thus harm our lungs and heart passages?

- Do we drink excessively and thus damage the equilibrium of mind/body/spirit?

- Do we neglect to exercise our body and thus let it deteriorate?

- Do we not mind what we eat – fast food, empty calories, predominantly fried and processed items, without variety of fruits and vegetables?

- Our bodies are well-designed machines for living, but if we abuse them we short-circuit the underlying harmony on which they thrive.

- Metabolism means the process by which food is converted into the energy and products needed to sustain life. Simply put, what we eat becomes our body. Do we supply our body with junk, as in ‘junk food’, or do we nourish it with meals full of nutrients?

The good news is that the future is open – we don’t have to carry forward bad habits only because we have done them in the past.

3.1 Benefits

- The greatest advantage that Lifespan philosophy provides for me is clarity of vision – I see a structure in my life, a scaffolding put on the time allotted to me on Earth. I see a beginning, a middle, and an end, and it is up to me to fill that space with meaningful actions. Psychologist Erich Fromm said, ‘Our task is not to feel secure, but to be able to tolerate insecurity.’ This echoes back to the above-mentioned realization that within the domain over which I have control, my own behaviour, I believe that I have the tools to last in this body for 102 years.

- Would you drive long distance without knowing how much gas is in your tank? You could if you really wanted to. But would you not have more control over your vehicle and your destination if you knew how far you could go safely with the amount of fuel available to you? What is right for a long distance trip is all the more relevant to a passage through life. We can drive blindly without the knowledge of our resources, or we can attain mastery over our destiny by understanding and managing our energy.

- The framework that Lifespan system puts on my life also helps me deal with stress, anxieties, and other everyday challenges. Stress and anxieties are not eliminated – there’s no escaping the blues of life – but in this structure, they are reduced and managed. When I’m faced with a real vexing problem I approach it from the perspective of my overall duration in life, which gives me a sense of balance and a healthy distance – on your larger journey through existence this is where you are at present – Pace yourself.

- This also means that I can regulate my breath, with the same vision in sight – when I’m in a tight spot I can tell myself, OK, nothing harmful will happen to you because you have a long way to go – Keep breathing, in and out, free and steady, everything is well.

- Life is precious because it is finite. This philosophy leads to living it fully and fills it with meaning – Out of the big void of uncertainty I carve for myself a framework of consciousness – This is how long I can exist in this world – and I support that decision with everyday choices.

- And finally, seeing this framework enables me to be the best version of myself at this age, as well as to see myself being that way thirty-five and forty-five years from now – a healthy 95-year old active and engaged in life. Granted, in a 95-year old body, but being the best version of that body at that time.

3.2 Anatomy of a case

Let’s narrow our focus and examine a single trying situation:

Here I am, at 6 o’clock in the morning, sitting in a traffic jam on my way to work –

Behind me is the upsetting argument my wife and I had before I left the house.

Ahead of me is what seems like a traffic accident that will make me late for work.

Below me is the mortgage payment due in two weeks about which I am really worried.

Above me is the lingering annoyance over the rude cashier who made my coffee earlier.

To the left is the declining health of my mother of which I learned on the phone yesterday.

And to the right is my own toothache that I hope does not develop into a full-blown problem.

What is the most life-affirming outcome of this situation? – Align the energies inside you with those outside so you can pass through the world with the least amount of friction. We can move forward with the perspective of the entirety of our journey, allowing that pain is an integral part of life, doing our best in each circumstance, and aiming to balance our inner and outer realms.

The only thing we can control is our own behaviour, but that’s plenty.

4 Conclusion

My aim with this article has been simple: that each reader takes away from it a clear awareness that the potential to sense our optimal lifespan exists, and that each of us can acquire the tools to realize it in our lives.

Richard Tarnas writes in Cosmos and Psyche, ‘There are many possible worlds, many possible meanings, living within us in potentia, moving through us, awaiting enactment. We are not just solitary separate subjects in a meaningless universe of objects upon which we can and must impose our egocentric will. Nor are we blank slates, empty vessels, condemned to playing out passively the implacable processes of the universe… Rather, we are miraculously self-reflective and autonomous yet embedded participants in a larger cosmic drama, each of us a creative nexus of action and imagination. Each is a self-responsible microcosm of the creative macrocosm, enacting a richly, complexly co-evolutionary unfolding of reality… It seems to me highly improbable that everything we identify within ourselves as specifically human suddenly appeared ex nihilo in the human being as an accidental and more or less absurd ontological singularity in the cosmos…. Is it not much more plausible that human nature, in all its creative multidimensional depths and heights, emerges from the very essence of the cosmos, and that the human spirit is the spirit of the cosmos itself as inflected through us and enacted by us? Is it not more likely that the human intelligence in all its creative brilliance is ultimately the cosmos’s intelligence expressing its creative brilliance? And that the human imagination is ultimately grounded in the cosmic imagination? And, finally, that this larger spirit, intelligence, and imagination all live within and act through the self-reflective human being who serves as a unique vessel and embodiment of the cosmos – creative, unpredictable, fallible, self-transcending, unfolding the whole, integral to the whole, perhaps even essential to the whole?’ (All italicizations in the original) [5]

We are the conveyors of consciousness which permeates the world. Shedding light on the universe and pushing the envelope of knowledge, we have travelled 15 billion years back to what we scientifically call the big bang, and we aim to further comprehend what this universe is, and by extension who we are. November 2010 finds us at our present station. There is a long and bright future ahead. Nearer on the horizon, a new century and a new millennium. It is up to each of us to make of it what we wish. Evolution is happening through you and through me. The awareness of our duration gives us a better understanding of ourselves, and a deeper appreciation of life.

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No matter where we are in the world we all need to know the time at some point in the day but while each day lasts for the same amount of time no matter where you are on Earth the same timescale is not used globally.

The impracticality of Australians having to wake up at 17.00 or those in the US having to start work at 14.00 would rule out suing a single timescale, although the idea was discussed when the Greenwich was named the official prime meridian (where the dateline officially is) for the world some 125 years ago.

While the idea of a global timescale was rejected for the above reasons, it was later decided that 24 longitudinal lines would split the world up into different timezones. These would emanate from GMT around with those on the opposite side of the planet being +12 hours.

However, by the 1970’s a growth in global communications meant that a universal timescale was finally adopted and is still in much use today despite many people having never heard of it.

UTC, Coordinated Universal Time, is based on GMT (Greenwich Meantime) but is kept by a constellation of Atomic Clocks. It also accounts for variations in earth’s rotation with additional seconds known as ‘leap seconds‘ added once of twice a year to counteract the slowing of the Earth’s spin caused by gravitational and tidal forces.

While most people have never heard of UTC or use it directly its influence on our lives in undeniable with computer networks all synchronised to UTC via NTP time servers (Network Time Protocol).

Without this synchronisation to a single timescale many of the technologies and applications we take for granted today would be impossible. Everything from global trading on stocks and shares to internet shopping, email and social networking are only made possible thanks to UTC and the NTP time server.

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A nineteen fifty six Cadillac Coupe De Ville with a clean title status is up for sale on the classic cars for sale classifieds old ride trader website. This classic car has forty two thousand six hundred miles or sixty eight thousand six hundred kilometres on its speedometer. It has a white coloured top with the rest of the exterior of the car painted in baby blue. Inside it has been finished off in a blue and black colour arrangement. This classic old car has a V8 engine and an automatic transmission. This car is privately owned and the owner is asking forty thousand United States dollars for it. Interested buyers and classic car collectors are all welcome to view the car in Beverly Hills in the state of California in America. The current owners contact telephone number is listed on the old ride trader website.

There are many other features that this old car possesses that classic car collectors and enthusiasts will appreciate. Some of these physical features are power steering, power brakes, power windows, controlled ventilation system, Autronic eye dashboard light dimmer, AM radio, power electric antenna, a clock, original spare tyre and an original owner’s manual. This car has only ever been owned and driven by one person and this nineteen fifty six Cadillac Coupe De Ville is in very good original condition and runs extremely well. The body of the car is in good condition but there are a few spots of paint cracking and fading which need to be attended to and touched up by the new owner.

Other aspects of this classic car that need to be attended to by the new owner are a few very minor dents to the back left panel and a six inch or fifteen centimetre circular dent on the lower panel behind the left door. Small losses to the detailing can be seen and will have to be attended to. There is an eight inch or twenty centimetre indent under the moulding behind the passenger door. The side moulding is in good condition with minor dents in both rear panels. The reversing left rear light lens is cracked. The clock does not work. There is also minor wear and a separation to the seam stitching on the seats, particularly to the sides of the front seats. Slight wear to the carpet under the driver’s seat. The rubber seals are brittle. The V8 engine has built up the usual dirt accumulation. However, the chrome bumpers are in excellent condition, the headlights are in good condition and the inside lights work one hundred percent.

People who have classic cars for sale and want to publicize that they have street rods for sale, muscle cars for sale, old cars for sale, hot rods for sale, trucks for sale, motorcycles for sale, antique cars for sale, vintage cars for sale or sports cars for sale, can do so by accessing http://www.oldridetrader.com to place their classic car classifieds for free.

Visit Classic Cars For Sale Classifieds to place your classic car classifieds for free.

To learn more about Classic Cars For Sale Classifieds and how to place your free classic car classifieds offered by Old Ride Trader visit this link Classic Cars For Sale Sports Muscle Old Street Hot Rods Trucks Motorcycles Auto Trader Classifieds.

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There are no cocks crowing in the urban areas. Nor are there any birds chirping at dawn. But there are plenty of alarm clocks waking up different people at the crack of dawn. Early morning sounds have become melodious as new range of alarm clocks enter the market. They have evolved over a period of time. They are a pleasant wake-up call for late risers, early birds who go jogging and for those who have catch the flights or reach somewhere on time. Alarm clock has become an integral part of urban lives. Since the alarm clock has various functions of helping people perform their tasks on time the kind of designs, features and utility value is vast. They can be used as promotional gifts, presents, and also purchased for personal use. There may be hardly anyone in the world that does not have one or two alarm clocks. Many people need them for various purposes. Over the years customers have requested for various features. Manufacturers are always keen on innovating and that’s how an eclectic range of alarm clocks have made an entry in the market.

Alarm clocks represent the personality of the person.
Loud musical clocks- Surely they are meant for people who love music and do not feel they have stepped out of the music room, discotheque or the party of the previous night. These people are young at heart, always wanting to have music playing forever in their lives. Each night they can adjust the new song or melody that can, motivate them to wake up and face the world with a new challenge. Why does music have to be loud? Simple, they need to shake up from the deep slumber of exhaustion and tiredness.

Alarm clocks also have softer musical tunes. These people are morning risers who prefer the peace of dawn and start the day on a positive note. The gentle music is enough to stir them out of the dreamland. Even the little children need the musical wake-up calls. A favourite nursery rhyme does the trick and they wake up for school. They can set the alarm clock themselves.

Talking alarm clocks-You bet some people love to talk all the time! Perhaps this is the only way they can be woken up too! Expect a busy housewife to install such an alarm clock in her bedroom. There is nothing weird about this. The whole idea is to motivate the person to wake up and do the chores. Once the person wakes up the clock can shut up. A housewife does not tolerate the loud musical sound early morning. She needs her moment of peace before beginning the day. She needs to be in a good mood to ensure the family also has a nice day.

No nonsense alarm clocks- Men who need to make changes in their lives and other people’s lives have such devices. A strong beep and they are awake and alert to the world.

So what is your personality?

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Times are Uncertain – do you really need that upgrade or new PC?

Our customers and prospective customers frequently come to us and ask that we suggest either upgrades or whole new PC’s that will solve their current non-performance nightmare with an aging PC.  It’s quite amazing how sometimes as the conversation and understanding of requirements and problems experienced proceeds we discover that actually the PC they already have may just still have a few laps around the circuit left in its tired chassis.  In this article we will explain how you can diagnose your performance woes, streamline and tune them up.  You’d be surprised just how much more you can get out of what you have.

Tip!  Before making any serious system changes such as some of these are its wise to take a backup or restore point of your system before each change.  Then should you subsequently find something is ‘broken’ you can restore back to a previous working configuration.

Analyse the problem before implementing the solution…

Use monitoring tools regularly – get in the habit of watching Task Manager and lookout for tasks and processes that are hogging your system memory or CPU.  Task manager displays both in the process view as you can see below, you can also sort by clicking on the column headings.  Even if you only use the Internet and eMail both these applications are renowned for memory leaks and processor bound loops (see an explanation of these problems in the next section).

Monitor Free Disk Space – ensure you have at least 20% disk space, preferably 30% or more should be free.  If you don’t the file system struggles to operate as it needs some space in order to allocate and deallocate files the operating system and applications require while in use.  Imagine walking into a hall full of boxes and you need to order them all by colour, in a room 70% full you’ve got 30% free space to temporarily put things in while you move other stuff around, in a room 99% full you may have no room at all to use as a temporary store.  Use our earlier tip for reducing disk space consumption by eliminating unused installed programs or disk space is cheap these days with 1TB at under £100, upgrade your disk.

New Software invariably uses more Memory – finally, if you need an upgrade the one that makes the biggest difference in 80% of cases is simply adding more memory.  RAM is now fairly cheap and you should consider 2GB to be the minimum of practical RAM to have installed.  Every time you upgrade it try to double it or you’re unlikely to really notice the difference.  On 32-bit systems there is little advantage to having more than 3GB of memory but usually it makes sense to upgrade to 4GB due to the size of memory kits available.  If you need more than 4GB you will also need to upgrade to a 64-bit operating system.  You can see your memory utilisation by consulting the Task Manager, ctrl-alt-del presents you an option to start the task manager.

In a typical example 2GB of physical memory is installed, of which roughly 1GB is available, although windows is misleading us a bit here as it will always make sure some memory remains available or it will simply cease to function.  So don’t look for 0 available free memory as an indicator that you need more, it never will be allowed to reach 0 as windows will swap a process out into the page file to free more memory up.  There is 1.11GB of memory currently consumed (in the page file ‘PF Usage’, Commit Charge – Total).  The page file is actually virtual memory on disk as tasks become active and inactive they may be swapped into and out of memory into the page file, hence that pause sometimes when you switch to another task as the disk is accessed to bring it back out of the page file.  Activity in the page file and virtual memory is complex and I won’t go into any more of that here as it doesn’t help you with performance issues.  The key point to remember is if Windows is swapping memory out to the page file on disk then your system will be going a lot slower as you can be sure however fast your disk is it’s an awful lot slower than physical memory.

What we care most about is activity in real physical memory and the point at which we might run out of it and the page file becomes more active hence slowing down the system.  Crucially the Commit Charge Peak should balance the physical memory available otherwise it means an awful lot of page file swapping is going on (known as ‘Page Faults’).  If it was the yellow line in Page File Usage history would be bouncing around, or worse just steadily increasing.   

Adjust Total Page File size – following on from the point above if your system page file size is too small your system will slow down or even fail to start tasks (usually with a system message to tell you the computer is out of memory).  You can check this by looking at the Page File Total versus Peak size.  If they are close to each other then you need to increase your page file size.  With most windows default configurations this will happen automatically.

The exotic world of Deadlocks, Infinite Loops and Cartesian products – are all programming jargon that essentially describe bugs (though not always).  The programmer of an application or product you’re using (and that includes the ones you take for granted like Windows and Device drivers) has likely made an error in designing or implementing the code such that logically it can never get past a certain point in its execution.  The consequence of this poorly designed code can be that the processor cycles used in this ‘loop’ consume all the available resources of your PC (check your task manager, which process is using 99-100% of the processor!? Or just ‘not responding’).  You will notice this as your machine will suddenly lock-up, go dead slow, or the application in question will just hang.  Thankfully with multi-core PC’s hanging is less of a problem as the other free cores can be used to KILL the task off and bring your PC back to life…

Run concurrently as few tasks as you need – each time you open up a task remember each one is using up a little more memory.  If your memory or processing power is limited try to keep open only what you regularly need and close what you don’t it doesn’t take so long to reopen, and if it does it probably means you have too many open already!  Also bear in mind just because you can’t see an application doesn’t mean it’s not using up any processing cycles, it will be.  All applications process events which might be system activity, emails being sent/received, diary alarms going off, keyboard or mouse movements, activity from external devices like printers and USB drives.  They also monitor activity in the background even when you aren’t doing anything with them.  This consumes more of those valuable clock cycles…

Typical solutions to try or consider

De-install and delete any unused software – take a look at your control panel Add/Remove Software icon and go through the list of installed applications line by line.  If you don’t need or use it remove it.  It may be taking up valuable space or cycles on your machine.

Disable Windows Defender – For Vista users there are a number of new Windows ‘features’ that if you are an experienced PC User who understands how to roam the internet or email and download files safely you do not need. Windows Defender and Firewall are such services, if you have a third party or router firewall you more than likely just don’t need this services enabled.  To disable windows defender, go to control panel-%26gt;administrative tools -%26gt; services -%26gt; windows defender and stop the service, setting it to disabled or manual so that it does not restart on reboot.

Disable UAC (User Access Control) – To experienced Windows XP users this feature has won a thousand polls as the most annoying new feature. Whenever you execute anything which affects system configuration or the filesystem (which is just about everything you might want to do that’s useful!), a modal popup asks whether you want the operation to proceed.  Again use your judgement on your experience and competency with Windows, inexperienced users should probably leave it as is otherwise you will want to disable it.  To disable user access control, go to control panel-%26gt;user account-%26gt;turn user account control off.  You can also disable it using the msconfig.exe utility on the Tools tab, or directly in the registry.

Optmise the Windows GUI – Windows Vista Premium and above has by default the Aero user interface enabled, this uses the 3D capabilities of your graphics card and will use up some precious CPU cycles.  Unless you love the new look interface feel free to reduce load on your processor and memory and turn it off.  To optimise system configuration for maximum performance, go to control panel-%26gt;performance information and tools-%26gt; advanced tools-%26gt; adjust the appearance and performance of windows-%26gt; Select Adjust for best performance radio button and hit Apply.

Remove Startup programs – A lot of applications helpfully install themselves on your machine to startup and drop into the System Tools tray as your machine boots or, or as you log in depending on how they are configured.  Almost none of these programs will actually be required and they are only installed this way to save on the time taken for their first execution (as they are already in memory, in theory).  Our recommendations are you remove all programs to reduce startup time, reduce memory overhead and to improve overall system performance. You can change startup programs using msconfig.exe or directly in the registry with the regedit command (alter the registry with caution!).  Our recommendation is that you use msconfig.exe (pictured below, Windows XP version) and scroll through the list of startup programs unchecking anything you know you don’t use or need to startup on boot/login.  In the registry find the startup programs under Computer-%26gt; HKEY_CURRENT_USER-%26gt;Software-%26gt; Microsoft-%26gt; Windows-%26gt; CurrentVersion-%26gt; Run.  In Windows XP you can safely remove ALL startup programs without it being terminal, you need to be a bit more careful with Vista. 

AntiVirus (AV) – programs are notorious for reducing system performance and increasing hard disk load.  Take a long and careful look at the configuration of your AV product and turn off any scanning or intervention that is unnecessary, turning off any supplementary tools, and any duplication of tools such as double spam checking etc.  Typically you should treat AV as your second line of defence behind the firewall.  You are only really likely to get a virus from outside the secure zone that is ‘Your PC’, unless you’re in the habit of writing your own.  So a viral attack is only likely to come from a software download, a rogue floppy or CD install, or a malicious Browser add on from the Internet.  Some scare mongers have led us to believe that the viruses crawl down the wires and install themselves on your PC, they don’t, they only get installed from outside and only then if you allow it.

For this protection all you need virus scanned is inbound email, inbound software installs from removable media (CD, DVD, USB, eSATA, Firewire, Blu-Ray, Floppy etc.).  We recommend turning off automated and scheduled scans, these are real system hogs and should be totally unnecessary if all inbound scans are working as they should be.  Instead manually choose for yourself when you would like a total system scan just in case something was missed as it came in.  We like minimalist AV tools that just do the simple jobs well and no more.  A good AntiVirus should be like good children, nice to know you have it, but invisible and unobtrusive.

Disable unnecessary services – Your system might have a lot of services which you may not need. But identifying them may not be very easy.  Open up control panel-%26gt; administrative tools-%26gt; services and stop/disable services. Some of the services which should be disabled are Windows Search, Windows Defender, Windows Cardspace, and usually a number of third party tools such as HP print managers, Adobe tools, Real player, MSN, Google toolbar, Antivirus control panels etc.

Windows Search Indexing – A tricky one as it sometimes speeds things up, but at other times can slow things down.  In theory it only runs when your machine is idle, but we’ve found that is not always the case and it can also consume shared network bandwidth.  We suggest you disable Windows Search indexing as it may improve performance substantially, especially if you have a new system as it will expend a considerable amount of system resources building indexes. However, once the indexes are built it will reduce the time to find files with a file search (if you do that much?) considerably.  So, if this something you do a lot you should turn it off while you are using the PC then turn it on again when you’re done and just leave it running.  Windows Search will then just happily build indexes in the background while the PC is idle.  Eventually you will have a fully populated index and you can just leave it on so that the index is automatically maintained.

Defragment hard drive – perhaps one of the oldest tricks in the book.  As you install, deinstall, and move files around on your PC clusters of files and parts of files get distributed all over the disks surface.  Over time this gets worse and worse, more and more fragmented.  Every time you read a file of the disk the disk head has to reposition to pickup all these different fragments which slows down file access radically.  The ideal scenario is to have all files contiguous, no fragmentation, and have the most frequently used files around the centre of the disk to minimise average head movement time (seek time).  The defragmentation tool analyses and then defragments the disk for you and is available on the tools tab of the disk properties option (right click on your disk, select properties).  You need to defragment roughly every two to three months, more often if you install and reinstall a lot of programs and files.  It’s a good idea to run Error Check (also on the tools tab) and close all tasks and as many services as you can before defragmenting.  Files currently open or in use cannot be moved…

Check for BIOS updates – For an experienced overclocker BIOS updates are a no brainer as they usually fix performance holes or issues with the motherboard.  For most users we recommend if you have no known BIOS issues then do not update it.  Either way close all programs before flashing an update to the BIOS, should the BIOS flash fail, be interrupted, or get corrupted (and you would be surprised how easily this can happen!) then your PC will be dead and you will need a new BIOS chip.

Check for chipset and operating system updates – Often new drivers or windows updates can speed things up a little or a lot.  Windows Update is a blessing and a curse.  With Vista you are now able to do ALL updates with the Windows update tool, including many third party drivers.  Our usual recommendation is to leave it on Automatic, however, sometimes a new update can introduce instability or worse.  If this happens revert to the last Restore point.  If you are an experienced power user we recommend you manually run Windows Update and carefully select updates you know are comfortable with or know you need.

Easy performance boost – Vista’s ReadyBoost feature allows you to plug in a USB flash drive or a flash memory card and use its available capacity to cache frequently used files, augmenting the system file cache in main memory.  Though slower than main memory Flash memory is an awful lot faster than the hard disk and will speed up general file access markedly.  Even quite large Flash drives are now very inexpensive.

Restart regularly – Even large Enterprises and Government datacentres have a regular restart regime to clear down processes that have been executing memory for some time and refresh the operating systems own memory and programming state.  Any problems with stale resources or processes is compounded by possible memory leaks and memory fragmentation occurring over time (which happens in the same way as disks can get fragmented).  If you find your PC is getting slower the longer its left on you probably have some runaway process or processes eating up memory or cycles and you can either kill the processes or restart the whole machine.  If you are monitoring your process and memory utilisation as we discussed earlier you will have noticed this happening.  If it’s a problem deep in Windows that’s causing a performance problem over time then it’s unlikely you will be able to diagnose it and only a restart will fix it.  Generally you should be looking to restart your PC at least once a week.  We restart non critical desktops and servers daily, our long term benchmark tests can run for up to a month non-stop without a restart.  In the latter case we use a stripped down Windows build that we have tested as stable for at least a month.  Remember Hibernate or Standy shutdowns are NOT a reboot, only Shutdown or Restart.  Preferably do a cold reboot by shutting down and switching off completely and leaving for 10 minutes before powering on.  This will also reinitialise your BIOS and all PC hardware.

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Although technically classified, like the Bleriot XI, the Hanriot Monoplane, and the Curtiss Model D, as a ‘pioneer aircraft,’ the Deperdussin Racer, in physical appearance alone, indicates that it does not belong to this category.  Its completely covered, streamlined, bracing wire-devoid fuselage; single, razor-sharp wings; tiny tail surfaces, drag-reducing spinner; faired landing gear; and modern control wheel all reflect advanced technology and speed, placing the type in a ‘transition’ category of its own, between the original, pioneer and later, World War I designations.

It owes its origin to Armand Deperdussin, who was neither an airplane inventor nor a pilot.  Beginning his career as a cabaret singer in Belgium, he pursued several professions, none of which were remotely related to aeronautics, including luring customers into motion picture theaters operated by the Lumiere Brothers as a barker and selling fabric at wholesale prices to French department stores.  In the fall of 1909, he agreed to supply the Bon Marche store of Paris with a Christmas display featuring an aircraft, but, despite his own interest in the budding science, he knew nothing of aerodynamics or design himself, thus forced to approach the Societe de Construction d’Appareils Aeriens to fill his needs.

Instrumental to this display, and Deperdussin’s future, had been 32-year-old Louis Bechereau, graduate of the Ecole des Arts et Metiers d’Angers and chief engineer there.  His reputation had reached ‘brilliance’ stature.

Attracted by its canard aircraft, Deperdussin himself acquired the Societe de Construction d’Appareil Aeriens, located in Bethany, near Rheims, France, in 1910, and renamed it the ‘Societe de Production des Apppareils Deperdussin,’ or ‘SPAD.’

The intended static display, appearing at the end of the previous year, resembled an Antoinette monoplane with a tailskid.

The flying version, based upon it and retaining the overall Antoinette configuration, particularly in the tailplane, was completed in 1910 and offered in several versions, which varied both by powerplant and number of seats.

The Deperdussin A, for example, had been powered by a three-cylinder Anzani, a 50-hp Clerget, and a 50-hp Gnome engine.

Featuring a long, slender, 24-foot, 11.5-inch spruce and ash frame and a 28-foot, 10.5-inch wingspan covered with oiled cotton, the Deperdussin B, the first version to receive significant attention, succeeded the initial variant in 1911.  Powered by a 50-hp, seven-cylinder Gnome engine and weighing 551 pounds, it sported hinged elevator and rudder surfaces, the latter serving as the deflecting surface for vertical control and attached to the remainder of the fixed, stabilizing fin.  Cables, actuating the aircraft’s wing-warping mechanism, were routed down to a T-shaped lever, itself mounted on the rear cross member of the chassis, and then passed over pulleys on skids before branching out into two wire pairs which connected with an equal number of points on the wing’s spars.  Pilot control was achieved by means of a pinned crosspiece-mounted wheel, its direction of turn differentially deflecting each wing spar—that is, while one was pushed down, the other was pulled up, changing their angles-of-incidence and inducing a bank away from the increased one.

Resting on two wheels and a tailskid on the ground, the monoplane attained a maximum, 56-mph speed in the air.

The type notched up several records.  Of the seven aircraft entered in the June, 1911, Circuit of Europe race, for instance, the one flown by Rene Vidart won third place, while the type demonstrated considerable performance capability in the Concours Militaire, held later in the year, between October and November, in Rheims.  Indeed, two Deperdussin Monoplanes, along with a Nieuport, had been the only designs capable of meeting the French military’s requirements.

The Deperdussin C, following in 1912, had been powered by a 100 hp Gnome engine and accommodated two persons, and the type, noted for its carrying capacity and speed with large payloads, held all of the world’s records for up to five seats and distances of up to 30 miles until the end of 1911.  The aircraft enjoyed widespread use in both France and England.

Separated by only two years, the Deperdussin Racer, which was alternatively known as the ‘Deperdussin Monocoque,’ appeared as if it should have been separated by two decades from its Monoplane predecessor.

As demonstrated by early, fixed-wing aeronautics, aircraft frames required three basic components:

1). The frame or fuselage, considered the common attachment point of its flight surfaces.

2). Supporting methods, such as trusses, cross beams, and bracing wires.

3). A covering or surface, then usually of fabric.

Although wood had traditionally been employed to build up airframe structures, it had, particularly by turn-of-the-century methods, been difficult to mold or bend in order to form a single unit integrally incorporating even two of these parameters until Eugene Ruchonnet, a Swiss pilot and engineer, who had previously worked at the Antoinette factory with Rene Hanriot, sublimated his boat construction experience into aeronautical design, covering a basic frame with mahogany and producing a light, but strong, minimal-drag fuselage concept which could carry high stress loads.

Louis Bechereau, the Deperdussin Racer’s designer, further developed this concept, forming two halves of a fuselage by diagonally overlaying three thin strips of steamed, glued tulipwood, which was ordinarily used in cabinet building, in three cross-crossed layers, permitting them to dry before removing them from the reusable mold and assembling their two halves.  The result, designated ‘monocoque’–from the Greek ‘mono,’ or ‘single,’ and the French ‘coque,’ or ‘shell,’–resulted in a radical departure from the wooden, trussed fuselages of aircraft such as the Bleriot XI, providing a circular, although decreasing-diameter, cross-section which tapered as it progressed from the nose to the tail, but which carried its own loads, integrally incorporating the three components of frame, support, and covering.  Streamlined, strong, and aerodynamic, it obviated the need for external struts or bracing wires and became the standard of aeronautical design up to the present day.

The Deperdussin Racer, with a 20-foot, 1/8th-inch overall length, introduced this advanced construction technology, which represented a ‘step-change’ in aeronautical design.

Equally deviating from the majority of both pioneer and World War I aircraft, it sported single, or mono, high-mounted, razor-sharp wings, which incorporated inverse taper on their inboard trailing edges, spanning 21 feet, 9 ¾ inches and covering 104 square feet of area.

Like its Deperdussin Monoplane predecessor, it featured both hinged elevators and rudders affixed to seemingly tiny, horizontal and vertical stabilizers, covered in proofed linen. The aircraft had a seven-foot, 6.5-inch overall height.

Powered by several successively higher-horsepower Gnome engines, the Deperdussin Racer employed rotary technology.

Engines, evolving from the steam to the internal combustion types, developed progressively more horsepower per pound of engine weight, and the latter, appearing at the dawn of heavier-than-air flight, can be subdivided into reciprocating and rotary categories.  Designed by Laurent Seguin and his half-brother, Louis, (whose great-grandfather, Marc, had coincidentally been the nephew of the Montgolfier Brothers who themselves had made the world’s first successful balloon flight in France in 1783) it had its origins in 1907 when they explored a new, light-weight configuration, designated the ‘Gnome,’ which evolved from the previous year’s 34-hp static unit.

Built of solid, drop-forged blocks of steel, the powerplant featured a 13.5-pound crankshaft reduced from its original, 100-pound mass of raw material, and extremely thin piston walls.

Contrasted with the reciprocating engine, whose pistons turned the crankshaft on which the propeller itself was mounted, the rotary type featured a fixed crankshaft about which the cylinder block rotated.  Nevertheless, it employed the standard, four-stroke, Otto cycle, although its valves were located in the pistons, and each cylinder, as with both types, experienced a different phase during this cycle.

During the intake stroke, for example, a vacuum formed in the cylinder, forcing the intake valve to open in order to draw the fuel-air mixture in from the crankcase, while it was compressed during the compression stroke, at the end of which its spark plugs fired, slightly before the top dead center position was reached.  During the power stroke, the exhaust valves opened before the bottom dead center position, and this was followed by the exhaust stroke.

Featuring symmetrically mounted cylinders round a drum-shaped crankcase, the Gnome rotary engine revolved with optimum balance.  The cylinders themselves were designed with head-located inlet and exhaust valves operated by rocker arms, fuel drawn in and burnt gasses expelled by means of centrifugal force, which itself was neutralized by counter-weighted valves.  Fuel, entering at one end of this crankshaft, ultimately flowed into the carburetor attached to the other.  Blipping the engine during descent cleared the cylinders of any accumulated raw fuel and oil.

A virtual design solution to the often-contradictory balance of power, weight, and reliability, the rotary engine offered several advantages.

1). Because its large, rotating block of cylinders effectively served as a flywheel and there were no engine mounting point-related reciprocating parts, it delivered power very smoothly.

2). The shorter crankcase and crankshaft reduced structure weight.

3). Because the entire block rotated, obviating the need for radiators, water pumps, fans, and cooling liquids, it featured its own integral, airflow cooling method, further reducing structure weight compared to that of water-cooled powerplants.

The rotary engine equally offered three disadvantages.

1). Since it had to be run at full throttle throughout all of its fight phases, it consumed a large amount of fuel.

2). The rotating block, of considerable mass, created a formidable gyroscopic effect, which augmented immediate, rapid right banks, but resisted those to the left.  These were slow and sluggish.

3). Because centrifugal force expelled castor oil after a single flow through the engine, as contrasted with the recirculating method employed by the reciprocating type, the aircraft’s range was, to a degree, limited by its oil capacity.

The 50 hp, seven-cylinder Gnome rotary engine, competing with the Antoinette and first appearing at the 1908 Paris Salon, featured a 172-pound structure weight, a 110-mm bore, a 120-mm stroke, and turned at 1,100 revolutions-per-minute.

A later version, offering improved maintenance access and turning at 1,300 revolutions-per-minute, generated 70 hp and followed in 1911, burning almost 90 pounds per hour of fuel as opposed to the 50-hp’s 44.1, and it had a .5-to-1 gallon oil-to-fuel consumption ratio.

The first practical rotary available to aircraft builders, the Gnome, produced in copious quantities totaling 3,638 units between 1908 and 1913, achieved almost all of the world’s speed, altitude, and endurance records for the airframes they powered, such as London-Manchester, Paris-London, trans-Alps, round the Statue of Liberty, and the Circuit de l’Est, becoming the dominant powerplant during the dawn of World War I.  Credited with the first significant increase in performance, the rotary engine, like the monocoque fuselage, constituted a step-change in technology.

Powered by a 160-hp, 14-cylinder, two-row Gnome rotary, the Deperdussin Racer, driving a mahogany propeller and fronted by a large, but aerodynamic, drag-reducing spinner which appeared to be the forward, integral portion of the fuselage, achieved maximum, 127-mph airspeeds and feisty maneuverability. It was often dubbed ‘the flying engine.’

The 992-pound aircraft was ground-supported by a twin-wheel undercarriage with a central skid.

The Racer, like its Monoplane predecessor, retained the latter’s standard cockpit control wheel, whose left or right turn activated the wing-warping mechanism to control its lateral axis, wires stretching from its forward and aft spars routed to two, upper-frame, triangular-shaped king posts above and the lower landing gear assembly below.  Pulling or pushing it deflected the elevators for pitch, or longitudinal, axis control, while a foot-operated rudder bar provided yaw control.  A wheel rim-located blip switch interrupted engine power to induce descents.

Demonstrating and validating its superior performance characteristics, it notched up an impressive array of accomplishments.

On September 9, 1912, for instance—a swelteringly hot day—Jules Vedrines flew his Deperdussin Racer in a continuous circuit at low altitude during the fourth Gordon Bennett Race, winning the prize for the fastest aircraft, clocked at 105.5 mph, while Marcel Prevost, circling at 20 to 30 feet above the ground in his own aircraft of the same type that afternoon, placed a close second.  They were the first to exceed the 100-mph mark.  All the other entrants, with the exception of an engine-overheating Hanriot, had withdrawn from the competition the previous evening.  The Hanriot itself only completed half the course.

On April 10 of the following year, a pontoon-equipped Deperdussin, again flown by Prevost, won the Schneider trophy at Monaco, the only time in the two-decade history, from 1912 to 1931, of the event that the French had succeeded in doing so.

During the fifth Gordon Bennett Race, held at Bethany Aerodrome, near Rheims, on September 29, 1913, four aircraft had competed, inclusive of two Gnome-powered Deperdussin Racers, one powered by a Le Rhone engine, and an Alfred Ponnier-designed monoplane, itself a development of the Hanriot Racer.  Following Henri Crombez’s 10:00 a.m. circuit, Prevost took off in his Gnome-powered, clipped-wing Deperdussin at 11:15 a.m., completing his second, third, fourth, and fifth laps in two minutes, 50 seconds each and covering the 20, ten-kilometer lap course in 59 minutes, 45 3/5 seconds at an average 204 kph, the first to ever do so in under an hour, and achieved an absolute world speed record of 126.67 mph. 

The following month, on October 27, a Deperdussin flown by Eugene Gilbert won the Henry Deutsch de la Meurthe air race round Paris.

The Deperdussin Racer became the fastest, most maneuverable, pre-World War I design.

The Old Rhinebeck Aerodrome example, the result of a 1974 trip to Paris during which Cole Palen and his wife, Rita, studied, measured, sketched, and photographed the aircraft on static display in the Musee de l’Air et de l’Espace, was built in his Florida home during that winter, at which time Cole completed two monocoque fuselage frames before destroying the mold he had created prior to them.

A later restoration, undertaken by Brad Adams, Ryan Cassens, Bob Mackenzie, John Nenadic, Paul Savastano, and Nick Ulfik, between 2000 and 2001, was prompted by engine cowl cracks, flat tires, rusty cable rails, peeling spinner and fuel tank paint, and the absence of its 160-hp Gnome powerplant.

After transfer from the hill-located Pioneer Building to the Fokker hangar on the field, the aircraft was fitted with a static engine assembled from spare parts and three wooden valves coated with epoxy glass resin and painted, while its other deficiencies were equally addressed.

In restored guise, it first appeared in the Westchester County Civic Center during the Westchester Radio Aero Modelers Show in February of 2001.

Because of the Deperdussin Racer’s high speeds and minimal surface areas, Cole had decided to limit it to ground taxiing on the grass field which would have failed to offer sufficient length for safe, public-proximity operation, and today, it is often displayed in the courtyard immediately beyond the covered bridge entrance to the aerodrome, a sleek, aerodynamic, high-performance monoplane radically differing from its other pioneer counterparts embodying advanced, step-change technology.  It proudly showcases those features which comprise it.

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Many modern computer networks are now running Microsoft’s latest operating system Window 7, which has many new and improved features including the ability to synchronise time.

When a Windows 7 machine is booted up, unlike previous incarnations of Windows, the operating system automatically attempts to synchronise to a time server across the internet to ensure the network is running accurate time. However, while this facility is often useful for residential users, for business networks it can cause many problems.

Firstly, to allow this synchronisation process to happen, the company firewall must have an open port (UDP 123) to allow the regular time transference. This can cause security issues as malicious users and bots can take advantage of the open port to penetrate into the company network.

Secondly, while the internet time servers are often quite accurate, this can often depend on your distance from the host, and any latency caused by network or internet connection can further cause inaccuracies meaning that you system can often be more than several seconds away from the preferred UTC time (Coordinated Universal Time).

Finally, as internet time sources are stratum 2 devices, that is they are servers that do not receive a first-hand time code, but instead receive a second hand source of time from a stratum 1 device (dedicated NTP time server – Network Time Protocol) which also can lead to inaccuracy – these stratum 2 connections can also be very busy preventing your network from accessing the time for prolonged periods risking drifting.

To ensure accurate, reliable and secure time for a Windows 7 network, there is really no substitute than to use your own stratum 1 NTP time server. These are readily available from many sources and are not very expensive but the peace of mind they provide is invaluable.

Stratum 1 NTP time servers receive a secure time signal direct from an atomic clock source. The time signal is external to the network so there is no danger of it being hijacked or any need to have open ports in the firewall.

Furthermore, as the time signals come from a direct atomic clock source they are very accurate and don’t suffer any latency problems. The signals used can be either through GPS (Global Positioning System satellites’ have onboard Atomic Clocks) or from radio transmissions broadcast by national physics laboratories such as NIST in the USA (broadcast from Colorado), NPL in the UK (transmitted form Cumbria) or their German equivalent (from Frankfurt).

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A crystal oscillator is an electronic oscillator circuit that draws on the mechanical resonance of a vibrating crystal of piezoelectric material. Crystal oscillator is the best option, in case you are looking forward to generate an electrical signal with a specific frequency. This type of frequency is basically required for maintaining track of time. It is used in digital integrated circuits to get constant clock signals and to stabilize frequencies in radio transmitters and receivers. The quartz crystal is most commonly used piezoelectric resonator which is why the oscillator circuits designed using quartz crystal are known as crystal oscillators.

There are several factors that can affect the resonant frequency of a quartz crystal including environmental changes such as temperature, pressure, humidity, etc. However, there are certain designs that have the minimum effect of environmental changes on them. Some of these designs comprise of TCXO, VCXO and OCXO. In this article, I am giving some brief introduction on TCXOs which can help you to understand this design better.

Temperature compensated crystal oscillator is often referred to as TCXOs. It features tremendous temperature characteristic with low power consumption and speedy heat up. That’s why it is considered to be highly temperature-stable device at a given temperature. Moreover, there are certain models of TCXOs available in the market that allows and facilitates the user to adjust the frequency through external control voltage.

The basic importance of TCXO is that it can deliver tremendous temperature stability within a compact, light-weight and low power device. There are several applications for which TCXO is an ideal design such as telecommunication equipment including mobile telephone, microwaves, satellite communication technologies, etc.

Here’s an overview of TCXO design features that differs it from basic crystal oscillator design:

Delivers precise frequency and reduced long term aging
Prone to external changes in the circuit
Integrated with internal regulator to lessen the effect of changes in voltage

Because of the admirable features of a TXCO, it is preferable to standard crystal oscillator.

Incoming search terms for the article:

• crystal controlled timer

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Definition of mobile phone
A mobile phone or mobile also called Cell phone and Hand phone. An electronic telecommunications devic e often referred to as a cellular phone or cell phone. Mobile phones connect to a wireless communications network through radio wave or satellite transmissions.
Information about Mobile phone
Most mobile phones provide voice communications, a mobile phone is a device which behaves as a normal telephone whilst being able to move over a wide area. Mobile phones allow connections to be made to the telephone network, normally by directly dialing the other party’s number on an inbuilt keypad. Most current mobile phones use a combination of radio wave transmission and conventional telephone circuit switching, though packet switching is already in use for some parts of the mobile phone network, especially for services such as internet access and WAP.
Features of Mobile phones
Cellular networks
cellular network contains a number of different elements from the base transceiver station (BTS) itself with its antenna back through a base station controller (BSC), and a mobile switching centre (MSC) to the location registers (HLR and VLR) and the link to the public switched telephone network (PSTN).
Technology
The Indian information technology (IT) industry has played a key role in putting India on the global map.

Standard set of Services
Mobile Maintain Standard set of Services

Voice calls
A mobile phone moves between circuit switched and packet switched radio domains

Send and receive data and faxes (if a computer is attached)
It is important for sending data and receiving data and faxes also

Sending messages or text messages (SMS)
Its use for sending SMS only

Internet access using technologies
Mobile technologies using internet access for worldwide its plays and important role in today’s young generation

GPRS activity
GPRS stand for General packet radio service.

Clock
Mobile clock is a Palm timekeeping application that is both highly configurable and highly capable.

Calculator
Use calculators for calculations work.

Playing games
Anywhere anytime u can play games, it’s all time entertainment for everyone’s mostly children

Digital camera
A digital camera (also digital or camera for short) is a camera that takes video or still photographs, or both, digitally by recording images via an electronic image sensor.

Ringtones
Ringtones are the hot mobile music service right now and will continue to account for the majority of revenues for the near future.
A ringtone is the sound a mobile phone plays when there is an incoming call.

Wallpapers
Wallpaper (also desktop picture and desktop background) is an image used as a background on a computer screen, usually for the desktop of a graphical user interface.

Listen songs
Listen to any song in the world for free. Create free internet radio stations. Search for free mp3′s to stream.

Vibration alert
The act of vibrating, or the state of being vibrated, or in vibratory motion; quick motion to and fro; oscillation as of a pendulum or musical string.

Buy best and latest mobiles phones. the latest information about nokia phone, LG phones, Samsung, Apple, Vodafone, dual sim mobiles, …

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Sometimes alarm clock radios break down. However, we can take the time to repair them ourselves. The following is what to do to repair them.

 1. Check the power at the outlet, and make sure the power is on.

2. Check the pointer. Some household radios use a station frequency pointer mounted on a dial cord that is moved by a small wheel on the side of the clock radio. Other household radios use a digital frequency readout that cannot be adjusted.

3. If the sound is fuzzy, disassemble the unit and locate the volume control. Spray electrical contact cleaner into the control and rotate or slide the control several times to lubricate the mechanism.

4. Replace a damaged or broken antenna.

Most modern clock radios are built on printed circuit boards that can only be repaired by trained technicians. Some of the tools you may need are screwdrivers, wrenches, electronic control cleaner, denatural alcohol, soldering iron and solder.

Reset Dial Pointer

1. Turn on radio. Find a strong radio signal, listen to the frequency.

2. Use a piece of tape or grease pencil to mark the dial where the pointer should be for that frequency.

3. Unplug the receiver and open the housing. There are usually two to four screws in the underside of the radio.

4. Inspect the pointer mechanism for problems, such as a cord that came off at the end rollers, or a break in the cord. Replace the broken cord or repair it.

5. Loosen the spring clips Move the pointer along the dial cord until the station being received lines up with the tape or mark on the dial.

6.Tighten the clips on the cord. Make sure you do not move the pointer.

7. Plug the radio in and verify that the dial pointer reads correctly.

Replacing External Antenna

1. Loosen the antenna screw.

2. If there is no exterior screw, open the radio and access the antenna base.

Replacing an Internal Antenna

1. Unplug the receiver and open the housing.

2. Find and remove the internal antenna, of the internal base of the external antenna.

3. Inspect the wires wound around the antenna for serious damage. Make sure the antenna is firmly plugged into the main circuit board. If the antenna is damaged, replace it or attempt to repair the antenna, or replace the radio as a unit.

Clean Electronic Components

1. Unplug the receiver and open the housing.

2. Use canned air to blow dust from components, including any power cords and speaker jacks.

3. Use electrical contact cleaner, or a cotton swab dipped in dentured alcohol to clean electronic components.

4. If you find broken components on a circuit board, replace the circuit board. Before purchasing a circuit board, you can use a soldering iron and electronic solder to attempt a repair.

Now you have repaired the clock radio yourself.

Sometimes alarm clock radios break down. However, we can take the time to repair them ourselves. The following is what to do to repair them.

1. Check the power at the outlet, and make sure the power is on.

2. Check the pointer. Some household radios use a station frequency pointer mounted on a dial cord that is moved by a small wheel on the side of the clock radio. Other household radios use a digital frequency readout that cannot be adjusted.

3. If the sound is fuzzy, disassemble the unit and locate the volume control. Spray electrical contact cleaner into the control and rotate or slide the control several times to lubricate the mechanism.

4. Replace a damaged or broken antenna.

Most modern clock radios are built on printed circuit boards that can only be repaired by trained technicians. Some of the tools you may need are screwdrivers, wrenches, electronic control cleaner, denatural alcohol, soldering iron and solder.

Reset Dial Pointer

1. Turn on radio. Find a strong radio signal, listen to the frequency.

2. Use a piece of tape or grease pencil to mark the dial where the pointer should be for that frequency.

3. Unplug the receiver and open the housing. There are usually two to four screws in the underside of the radio.

4. Inspect the pointer mechanism for problems, such as a cord that came off at the end rollers, or a break in the cord. Replace the broken cord or repair it.

5. Loosen the spring clips Move the pointer along the dial cord until the station being received lines up with the tape or mark on the dial.

6.Tighten the clips on the cord. Make sure you do not move the pointer.

7. Plug the radio in and verify that the dial pointer reads correctly.

Replacing External Antenna

1. Loosen the antenna screw.

2. If there is no exterior screw, open the radio and access the antenna base.

Replacing an Internal Antenna

1. Unplug the receiver and open the housing.

2. Find and remove the internal antenna, of the internal base of the external antenna.

3. Inspect the wires wound around the antenna for serious damage. Make sure the antenna is firmly plugged into the main circuit board. If the antenna is damaged, replace it or attempt to repair the antenna, or replace the radio as a unit.

Clean Electronic Components

1. Unplug the receiver and open the housing.

2. Use canned air to blow dust from components, including any power cords and speaker jacks.

3. Use electrical contact cleaner, or a cotton swab dipped in dentured alcohol to clean electronic components.

4. If you find broken components on a circuit board, replace the circuit board. Before purchasing a circuit board, you can use a soldering iron and electronic solder to attempt a repair.

Now you have repaired the clock radio yourself.

Sometimes alarm clock radios break down. However, we can take the time to repair them ourselves. The following is what to do to repair them.

1. Check the power at the outlet, and make sure the power is on.

2. Check the pointer. Some household radios use a station frequency pointer mounted on a dial cord that is moved by a small wheel on the side of the clock radio. Other household radios use a digital frequency readout that cannot be adjusted.

3. If the sound is fuzzy, disassemble the unit and locate the volume control. Spray electrical contact cleaner into the control and rotate or slide the control several times to lubricate the mechanism.

4. Replace a damaged or broken antenna.

Most modern clock radios are built on printed circuit boards that can only be repaired by trained technicians. Some of the tools you may need are screwdrivers, wrenches, electronic control cleaner, denatural alcohol, soldering iron and solder.

Reset Dial Pointer

1. Turn on radio. Find a strong radio signal, listen to the frequency.

2. Use a piece of tape or grease pencil to mark the dial where the pointer should be for that frequency.

3. Unplug the receiver and open the housing. There are usually two to four screws in the underside of the radio.

4. Inspect the pointer mechanism for problems, such as a cord that came off at the end rollers, or a break in the cord. Replace the broken cord or repair it.

5. Loosen the spring clips Move the pointer along the dial cord until the station being received lines up with the tape or mark on the dial.

6.Tighten the clips on the cord. Make sure you do not move the pointer.

7. Plug the radio in and verify that the dial pointer reads correctly.

Replacing External Antenna

1. Loosen the antenna screw.

2. If there is no exterior screw, open the radio and access the antenna base.

Replacing an Internal Antenna

1. Unplug the receiver and open the housing.

2. Find and remove the internal antenna, of the internal base of the external antenna.

3. Inspect the wires wound around the antenna for serious damage. Make sure the antenna is firmly plugged into the main circuit board. If the antenna is damaged, replace it or attempt to repair the antenna, or replace the radio as a unit.

Clean Electronic Components

1. Unplug the receiver and open the housing.

2. Use canned air to blow dust from components, including any power cords and speaker jacks.

3. Use electrical contact cleaner, or a cotton swab dipped in dentured alcohol to clean electronic components.

4. If you find broken components on a circuit board, replace the circuit board. Before purchasing a circuit board, you can use a soldering iron and electronic solder to attempt a repair.

Now you have repaired the clock radio yourself.

TheWatchTheClock.Com

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We take it for granted that a day is twenty-four hours. Indeed, our body’s circadian rhythm is finally tuned to cope with a 24-hour-day. However, a day on Earth was not always 24 hours long.

In the early days of the Earth, a day was incredibly short – just five hours long, but by the time of the Jurassic period,  when dinosaurs roamed the Earth, a day had lengthened to about 22.5 hours.

Of course now, a day is 24-hours and has been since humans evolved, but what has caused this gradual lengthening. The answer lies with the Moon.

The moon used to be a lot closer to the Earth and the effect of its gravity was therefore, a lot stronger. As the moon drives tidal systems, these were a lot stronger in the early days of the Earth, and the consequence was that the Earth’s spin slowed, the tugging of the moon’s gravity and tidal forces on the Earth, acting like a brake on the rotation of the planet.

Now the moon is farther away, and is continuing to move away even farther, however the effect of the moon is still felt on Earth, with a consequence that Earth’s day is still slowing down, albeit minutely.

With modern atomic clocks, it is now possible to account for this slowing and the global timescale used by most technologies to ensure time synchronisation, UTC (Coordinated Universal Time), has to account for this gradual slowing, otherwise, because of the extreme accuracy of Atomic Clocks, eventually day would slip into night as the Earth slowed and we didn’t adjust our clocks.

Because of this, once or twice a year, an extra second is added to the global timescale. These leap-seconds, as they are known, have been added since the 1970′s when UTC was first developed.

For many modern technologies where millisecond accuracy is required, this can cause problems. Fortunately, with NTP time servers (Network Time Protocol) these leap seconds are accounted for automatically, so any technologies hooked up to an NTP server need not worry about this discrepancy.

NTP servers are used by time sensitive technology and computer networks worldwide to ensure precise and accurate time, all the time, regardless of what the heavenly bodies are doing.

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Atomic Clocks are used everywhere today; their unparalleled accuracy has made them invaluable for international time distribution services, controlling the frequency of television broadcasts and global navigation satellite systems such as GPS.

It was Lord Kelvin who first suggested using atoms to measure time back in 1879, but it wasn’t until 1949 that the world’s first atomic clock was built at the American Bureau of Standards. Although this first atomic clock wasn’t as accurate as quartz powered clocks it did help to show that time could be measured by atoms.

The first accurate atomic clock was built at the British National Physical Laboratory by Louis Essen in 1955. This machine used the vibrations of the caesium-133 atom to calculate the passing of time, and it wasn’t long before the length of a second was defined by Atomic Clocks.

The international definition of a second was agreed to be 9,192,631,770 vibrations of a caesium-133 atom. Since then many other atoms have been used to power Atomic Clocks, including hydrogen and rubidium.

The first Atomic Clock that was sold commercially was the Atomichron manufactured by the National Company. The Atomichron was a huge and expensive instrument that was replaced by smaller, rack mounted devices. Today Atomic Clocks exist that are similar in size to a grain of rice.

The use of Atomic Clocks has led to many scientific and technological advances. Without Atomic Clocks we would have no worldwide system of precise position measurement, that we call Global Positioning System, or GPS. Atomic Clocks are used at time signal radio transmitters, which deliver their time to Radio Controlled Clocks. And Atomic Clocks are used by scientists for a wide range of purposes, including working out how far away stars are.

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When it comes to synchronizing a computer network there are several choice to ensure each device is running the same time. NTP (Network Time Protocol) is the preferred choice of time synchronization protocols but there are a multitude of methods in how NTP receives the time.

The NTP Daemon is installed on most operating systems such as windows and applications such as Windows Time are quite capable of receiving a source of UTC time (Coordinated Universal Time) from across the internet.

UTC time is the preferred time source used by computer networks as it is kept true by Atomic Clocks. UTC, as the name suggests, is also universal and is used by computer networks all over the world as a source to synchronize too.

However, internet sources of UTC are to recommended for any organisation where security and accuracy are a concern. Not only can the distant from host (internet time server) to the client (your computer network) can never be accurately measured leading to a drop in precision. Furthermore, any source of internet time will need access through the firewall (usually through the UDP 123 port). And by leaving this port open, malicious users and hackers can take advantage and gain access to the system.

Dedicated NTP time servers are a better solution as they receive the time from an external source. There are really two types of NTP server, the radio reference time server and the GPS time server.
Radio reference time servers use signals broadcast by places like NPL (National Physical Laboratory in the UK) or NIST (National Institute of Standards and Time). While these signals are extremely accurate, precise and secure they are affected by regular maintenance on the transmitters that broadcast the signal. Also being long wave they are vulnerable to local interference.

GPS time servers on the other hand receive the time directly from GPS satellites. This GPS time is easily converted to UTC by NTP (GPS time is UTC – 17 seconds exactly as no leap seconds have been added.) As the GPS signal is available everywhere on the earth 24 hours a day, 365 days a week, there is never a risk of a loss of signal.
A single dedicated GPS time server can synchronize a computer network of hundreds, and even thousands of machines to within a few of milliseconds of UTC time.

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With the majestic appearance of the watches manufactured now a day’s give an enchanting look to enhance the home decor while faithfully keeping track of time. There are different styles of watches to choose from; traditional, contemporary, automotive, radio controlled, mantel which are the perfect objects for displaying fine collectibles.

From the beginning humans have searched for a reliable way to keep track of time from monitoring the phases of the moon or keeping track of the sun and stars for the passing of time, early on precise timekeeping devises included the hourglass, indexed candles that burned at a fixed rate and water powered devices, there is a timeless fascination with time keeping and Clocks from ancient times, these watches from long ago are still mimicked today but use modern technologies for their working mechanism.

clocksallaround.com manufactures some magnificent piece that never loses its beauty and help making a striking statement by welcoming the guest and your loved ones in your home, these fascinating time managers gives an aesthetic look or grace a lonely hallway or bare corner, keeping things around that make you happy is obvious thought and no doubt that you will know when there’s a new hot trend and this online website suddenly brings all making a pleasant time pieces out of the technology or something like that and people start looking around the house and feeling like they need to replace everything just like yours because it maybe, might, could go out of style eventually.

The company’s mission is to provide the customers access to the high quality time pieces but at consumer friendly prices, as in the same time they make their best to provide not only the highest quality but also provide excellent service and personally select every item in the store and truly believe that the time manager that they carry will not only enhance your existing decor but will put the finishing touches on any decorating project.

They also specializes in neon watches and carry the largest selection of watches available anywhere; the inventories consist of hundreds of neon and are constantly updating the inventory on a daily basis and also specialize in making contemporary wall watches with elegant style and a true quality for businesses, homes, bars, game rooms and anywhere else the watches are needed, these fabulous time pieces add entertainment and excitement and are a great conversation piece for any home or business.

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