Electronic tracking device can be used to track almost any type of object
For ages people have been looking for ways to find locations and identify directions to different places. It all began in the first century when the Chinese used lodestone ladles whose handles always pointed towards the south no matter what direction they were placed in.
In the year 1978, a Block-I GPS satellite was launched. It was basically used for defense purposes. Another milestone in the GPS system is the development of Topologically Integrated Geographic Encoding and Referencing (TIGER) a digital map that allowed users to create virtual maps. This digital map was released in 1989, and sometime before that in 1983, the US president had declared that the GPS system would be made public for everyone to use. Both these factors speeded up the process of the designing and development of GPS-enabled tracking devices in the world.
Over the next few decades, more research institutions and IT-based companies began to create devices based on GPS. Now, GPS has become so commonplace that one can find it in Smartphones, cars and more. This 2000 year history of GPS is still continuing with more research and development in this extensive field of global positioning and mapping.
portable GPS tracking is a completely new world of exploration. Although new discoveries are being made every day, there are always new types of changes that can be ventured into. GPS technology can be used to track almost any type of object, as long as it moves, to almost any type of environment that it goes to. Wildlife environmentalists use it to track birds and fish, businesses use it for vehicles and packages, and people use it to track their spouses and children. Anything that you esteem to be of value can be tracked using a satellite tracking device, and almost anyone that is interested can use them.
GPS represents a significant investment as a single electronic device that you’re going to take into the outdoors, expose to the elements, and possibly treat roughly. While modern GPS units are quite robust, they are still electronic devices made of plastic, and as such dislike getting wet and knocked about. Moreover, you may take PDAs and other mobile devices with you that are far happier in the office than on the trail.
Even though asset GPS tracking device are waterproof to a certain extent (which means that they can handle submersion to a depth of one meter for 30 minutes), they can benefit from a little bit more protection just to err on the safe side. This chapter examines the steps you can take when you’re outdoors to protect your devices from minor cosmetic damage such as scuffs and scrapes, and more extreme treatment such as impacts and submersion. You also look at ways to mount your GPS, both in the car or on foot.
The screen on a GPS or other tracking device is obviously a highly vulnerable point. Not only is it more easily broken than the rest of the device, it is susceptible to minor but annoying cosmetic scratches. In fact, the screen picks up scratches easily, as you can see from Figure 5-1, which shows a well-cared-for (well, reasonably well-cared-for!) Garmin Vista. If you are taking along PDAs that have touch-sensitive screens, such as the iPAQ, these are even more prone to screen damage. In fact, it only takes a small amount of pressure on the screen to totally destroy one. When it comes to screens, there’s no such thing as a small amount of damage.
In the year 1978, a Block-I GPS satellite was launched. It was basically used for defense purposes. Another milestone in the GPS system is the development of Topologically Integrated Geographic Encoding and Referencing (TIGER) a digital map that allowed users to create virtual maps. This digital map was released in 1989, and sometime before that in 1983, the US president had declared that the GPS system would be made public for everyone to use. Both these factors speeded up the process of the designing and development of GPS-enabled tracking devices in the world.
Over the next few decades, more research institutions and IT-based companies began to create devices based on GPS. Now, GPS has become so commonplace that one can find it in Smartphones, cars and more. This 2000 year history of GPS is still continuing with more research and development in this extensive field of global positioning and mapping.
portable GPS tracking is a completely new world of exploration. Although new discoveries are being made every day, there are always new types of changes that can be ventured into. GPS technology can be used to track almost any type of object, as long as it moves, to almost any type of environment that it goes to. Wildlife environmentalists use it to track birds and fish, businesses use it for vehicles and packages, and people use it to track their spouses and children. Anything that you esteem to be of value can be tracked using a satellite tracking device, and almost anyone that is interested can use them.
GPS represents a significant investment as a single electronic device that you’re going to take into the outdoors, expose to the elements, and possibly treat roughly. While modern GPS units are quite robust, they are still electronic devices made of plastic, and as such dislike getting wet and knocked about. Moreover, you may take PDAs and other mobile devices with you that are far happier in the office than on the trail.
Even though asset GPS tracking device are waterproof to a certain extent (which means that they can handle submersion to a depth of one meter for 30 minutes), they can benefit from a little bit more protection just to err on the safe side. This chapter examines the steps you can take when you’re outdoors to protect your devices from minor cosmetic damage such as scuffs and scrapes, and more extreme treatment such as impacts and submersion. You also look at ways to mount your GPS, both in the car or on foot.
The screen on a GPS or other tracking device is obviously a highly vulnerable point. Not only is it more easily broken than the rest of the device, it is susceptible to minor but annoying cosmetic scratches. In fact, the screen picks up scratches easily, as you can see from Figure 5-1, which shows a well-cared-for (well, reasonably well-cared-for!) Garmin Vista. If you are taking along PDAs that have touch-sensitive screens, such as the iPAQ, these are even more prone to screen damage. In fact, it only takes a small amount of pressure on the screen to totally destroy one. When it comes to screens, there’s no such thing as a small amount of damage.
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