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GPS stands for Global Positioning System, and it is a system that can locate your position on earth at any time, no matter where you are and in any weather. The system is comprised of 24 orbiting satellites that continuously send signals to stations on earth that monitor and control GPS. It is the most accurate global navigation system ever.

If you’d like to obtain a career in the GPS field, there are numerous corporations that sell GPS navigational equipment and are often searching for new talent. For example, vehicle navigational devices are currently very popular and these devices are GPS enabled. This type of company needs all types of personnel, from engineers to operation managers, administration, and marketing professionals.

Since GPS is becoming more widespread, the technology is being integrated into all kinds of devices ranging from cell phones, GPS units for boats, and GPS-enabled cameras, just to name a few. The companies who make all of these products often need support staff and even product testers.

GPS is a wonderful technology and the career opportunities that go along with an ever-increasing technology are great. As long as there is a need for GPS tracking systems and hidden GPS tracking devices, the careers in this industry will continue to grow.

Many people have jobs or careers which require that they travel extensively. Often times the traveling employee is compensated for the time they spend on the road, either by being paid a certain amount of money per mile traveled or paid hourly for travel time.

Unfortunately, many people who drive on company time take advantage of being either in a company vehicle or their own car during work hours. Some employees may stop by home or run personal errands when they are only supposed to be going to work-related locations because they’re being paid by their employers.

Companies can install GPS navigational units into their vehicles. The company will know where the vehicle went, how fast it drove and any stops it made. They can also be alerted when the vehicle has reached its destination. The employer will always know where the company vehicle is at all times and will know when the vehicle is not on the route that was assigned to them. Using a GPS system like this could save companies a great deal of money.

The Trimble TrimTrac is the ideal world-class hidden GPS tracking device for virtually any application.

These tiny technological wonders come in an extremely compact and durable housing to help protect them from accidental dropping and the elements. The TrimTrac unit itself is very similar in size to a Motorola Razr Cell phone!

Unlike many commercially available tracking devices, the TrimTrac is very easily concealed. It doesn’t require any complex installation for vehicle tracking so it can be placed in the glove box or under a seat in the vehicle.

Hidden GPS Tracking units are ideal for tracking your teens, elderly loved ones, or even your employees. It is also a great device for monitoring the whereabouts of your vehicle. If your vehicle is stolen or lost you’ll be able to locate it easily via the web.
Many law enforcement teams find hidden GPS units very useful during investigations. Private Investigators also use tracking units like the TrimTrac to assist in tracking vehicle movements during their investigations.

Whether you’re a concerned parent or a business manager for a fleet division, you’ll find many uses for a hidden GPS tracking device like the TrimTrac. To get a TrimTrac or other high quality GPS tracking devices available for purchase, visit www.TrackingTheWorld.com now.

Today, you can purchase a smartphone that has GPS technology built into it. A smartphone is simply a cell phone with advanced functions, and these functions often operate much like your home computer works. For example, a smartphone usually has the built-in ability to access your email and surf the internet. Some smartphones come with an on-board full keyboard. So it’s basically a mobile telephone with advanced technology.

Currently, you are able to buy smartphones that are GPS-enabled. GPS stands for ‘Global Positioning System’ and it is a navigation system consisting of a network of satellites in orbit. GPS is not affected by the weather and works globally around the clock.

GPS navigational units are very popular among vehicle owners. There are numerous brands available for motorists and these units are designed to sit on your dashboard or be clipped onto your sun visor.

With a GPS enabled smartphone, you enter a destination and the service finds your current location. It then sends turn-by-turn directions to your cell phone, telling you how to get to that destination. You’re provided with street maps and are cued by a voice explaining where to turn, etc., until you arrive at your desired destination.

Smartphones are very popular among busy business people, so it only made sense that they started building GPS navigational units right into these phones, eliminating the need to own more than one device.

If you are wondering how in the world asthma has anything to do with GPS technology, you’re not alone. As strange as it sounds, David Van Sickle of the University of Wisconsin has combined GPS technology with an asthma inhaler in the hopes of better understanding asthma and what triggers it.

Van Sickle is a scholar in U of W’s Department of Population Health Sciences and his goal is to discover the danger zones that could be life-threatening to asthma sufferers. The project is in its infancy, but he hopes that some day his work will help researchers find out exactly why individuals get asthma.

The asthma inhaler will have a GPS unit built into it. Each time the person uses the inhaler, the location will be tagged by the GPS unit. The researchers will keep a record of where the asthma attacks take place and will designate these locations as potential danger zones. This data will be collected for a large group of participants and hopefully patterns will emerge.

The end-goal is to save lives and perhaps even assist scientists in discovering why people have asthma at all.

The U.S. Coast Guard Navigation Center (NAVCEN) is the foremost authority on all things GPS-related, and well they should be. NAVCEN coordinates, maintains and manages all navigation signals through several different programs, providing GPS users with accurate and reliable information.

The management of GPS is broad spectrum, ranging from military applications to civilian transportation, and requires a myriad of programs and agency coordination to run smoothly.

Among the many programs NAVCEN is tasked with are the radio-based national Long Range Aids to Navigation (LORAN) system and Differential Global Positioning System (DGPS). NAVCEN also communicates with similar international agencies to ensure complete signal information is available to be transmitted to various GPS devices at any given time.

One of the center’s primary tasks is correcting the inaccuracies in GPS signals that occur in space from imperfect orbits or changes in the atmosphere so that the information you receive on your GPS device is accurate and reliable.

So the next time you don’t get lost while on that hike into the wilderness (provided you have your trusty GPS receiver), you’ll know who thank for it.

Just when you thought it couldn’t get any better, Google strikes again. GPS users can now connect their device to a computer and import waypoint and track data into Google Earth, adding a whole new dimension to your latest travel adventure.

Plug-in applications like Goops, GPS 2 Google Earth, GPS Visualizer, Franson GpsGate and Earth Bridge, among others, enable real-time tracking and navigation, allowing you to see where you are in real-time and track where you have been. Most of these applications can also display timestamps and even the speed you were traveling during your trip.

These plug-ins work with most GPS devices, and can create and save trip files in Google Earth (KML format), so that you can share them with your family and friends. Retaining internet connectivity to view your trips isn’t necessary, as Google Earth will display the most recent images stored in the cache on your computer.

The partnership of these technological tools is natural and the future uses are limitless—from planning your next sightseeing trip to plotting water sources in areas of severe drought and everything in between.

Users new to GPS tracking systems and technology can access www.GPS.gov, a U.S. government-run website filled with information about the many GPS applications currently being used throughout the national and international communities.

This website is a vital resource that provides detailed descriptions of the many uses of GPS, in plain speak, for even the most unseasoned user to understand. While this site is clearly government maintained, it does not get lost in confusing acronyms and head-spinning technical jargon.

Several of the current GPS applications are well-known, such as using GPS receivers in your car, handheld devices while hiking, and tracking transportation and infrastructural problems. Other applications, like precision farming and analyzing environmental issues in remote areas, are less common, but no less important.

The website also offers helpful links to civilian and military support through the U.S. Coast Guard GPS Navigation Center and Department of Defense’s Global Positioning System Operations Center, and aviation support through the FAA’s Global Navigation Satellite System (GNSS) Program Office. In addition, a link to the National Executive Committee for Space-Based Positioning, Navigation, and Timing (PNT) website gives information on current policy and oversight.

If you want to know the latest GPS and GNSS news, GPS World Magazine has their finger firmly on the pulse of this continuously growing industry. The publication doesn’t just cater to the home user, but encompasses the business and government sectors as well to give you the full spectrum in all things GPS.

Recent featured articles have covered varied topics—from sensitive data security and accessibility on the business level, to precise point positioning (PPP) performance and limitations, to vehicle-to-vehicle and vehicle-to-infrastructure communication-based advanced driver assistance programs, and everything in between. New GPS devices and gadgets are introduced, and the latest technological and industry news are regular staples for the publication.

GPS World Magazine offers both print and digital versions of their monthly publication free to qualified U.S. and Canadian subscribers (international residents must pay for a subscription to the printed magazine).

GPS World’s companion website, www.gpsworld.com, is chock full of extras not featured in the print version of the publication, such as a Buyers Guide, Career Locator, and a full complement of archived issues from the last several years.

Parent-set curfews and agreements with their teenage children are neither always enforced nor adhered to. Eager for new experiences, and sometimes, the sheer need to defy parental authority to assert themselves, teenagers hide behind pretenses and be where their parents don’t want them to be. It’s a good thing that today, tracking teens with GPS is now possible, affordable, and easy to do. GPS stands for global positioning system, which uses satellite technology and radiowaves as a means to track where your teens are by placing a small GPS receiver on their person, the vehicle they are using, or both. The key to this teenage low jack, as some call it, is for the teenager to not know where the GPS receiver is. Otherwise, he or she will spend time finding and removing it.

Various GPS devices come in many forms, some powerful and reliable and because of that, a bit bulky; others small and convenient, non-descript, easily ignored in a glove compartment, or passed on as a keepsake or a keychain. Placing multiple GPS receivers on your teenager’s bag and car is often the best strategy. On your GPS tracker, you can easily tell where he or she is at any time, catching a white lie in the process. Your kids may find this annoying, however their safety is typically your primary concern.