GPS applications - personal vehicle tracking devices
Understanding the right positions and directions of people and objects is a significant issue from the ancient eras to the present. In the past, people often launched a war in order to satisfy the craving for the dominating powers and spread their realms. In the recent, Global Satellite Positioning System (GPS) has become the one of most popular positioning technologies. GPS can provide users precise positioning information, no matter wherever that may present their own positions. The early GPS positioning technology has been widely used in military, marine use, until recently gradually applied into our daily life, e.g. automotive navigation, geodesy surveying, etc. In this chapter, the authors will briefly introduce some GPS issues including the origins of GPS, GPS system architecture, and related GPS applications.
The most driving purpose is to traverse to the destination safely, efficiently, and comfortably. Two types of approaches could achieve the goals, including the static and dynamic approaches. In the static aspect, vehicles use the static road and traffic information to navigate. Conversely, in the dynamic aspect, vehicles adopt the dynamic information instead. However, both of the two approaches first require getting the vehicle’s location and then map the position on an e-map. Thus, this chapter first introduces some important vehicle location determination algorithms: the dead reckoning and global position system algorithms, in which the precision of location technologies are compared. Then, the map-matching algorithm is described in detail. Finally, various vehicle navigation approaches are detailed, in which the important topics include: the navigation architecture, the navigation routing algorithm, and navigation applications.
The aim of motorcycle GPS tracker is to guide the vehicle along the optimal path from the starting point to destination. A reliable vehicle navigation system can reduce the traffic chaos in the city and improve the transportation delay. In order to achieve reliable vehicle navigation system, the detail system requirements, system analysis, and system architecture are shown in the chapter. Each component of vehicle navigation system is briefly illustrated, and the system communication is also described. They also present the architecture of the proposed vehicle navigation system, and show the difference of these systems. Therefore this chapter helps understanding the architecture of vehicle navigation system.
A smart online GPS tracking platform will tell you everything you want to know about the location of the vehicle, the speed at which it is traveling as well as the other conditions in that locality. It will give you a peace of mind as you now know clearly where the vehicle is. Moreover, you don’t have to worry constantly about calling up the driver every other minute to find out the status of the travel. There are some tracking systems that will also keep sending constant updates to your Smartphone. So, even if you are on the move and away from your laptop or desktop, you can still keep track of the vehicle.
Most vehicle GPS tracking devices work based on GPS, known as Global Positioning System. Hi-end systems even give you real time data imports. A good tracking system can keep track of multiple vehicles at the same time. So, if you are running a taxi service or is a college administrator keeping tracks of the many buses you have in your college fleet, you can keep track of all the vehicles using one system. When you are installing an online vehicle tracking system, you can be assured of the safety of your loved ones. Keep an eye them from afar with these high-tech tracking systems.
The most driving purpose is to traverse to the destination safely, efficiently, and comfortably. Two types of approaches could achieve the goals, including the static and dynamic approaches. In the static aspect, vehicles use the static road and traffic information to navigate. Conversely, in the dynamic aspect, vehicles adopt the dynamic information instead. However, both of the two approaches first require getting the vehicle’s location and then map the position on an e-map. Thus, this chapter first introduces some important vehicle location determination algorithms: the dead reckoning and global position system algorithms, in which the precision of location technologies are compared. Then, the map-matching algorithm is described in detail. Finally, various vehicle navigation approaches are detailed, in which the important topics include: the navigation architecture, the navigation routing algorithm, and navigation applications.
The aim of motorcycle GPS tracker is to guide the vehicle along the optimal path from the starting point to destination. A reliable vehicle navigation system can reduce the traffic chaos in the city and improve the transportation delay. In order to achieve reliable vehicle navigation system, the detail system requirements, system analysis, and system architecture are shown in the chapter. Each component of vehicle navigation system is briefly illustrated, and the system communication is also described. They also present the architecture of the proposed vehicle navigation system, and show the difference of these systems. Therefore this chapter helps understanding the architecture of vehicle navigation system.
A smart online GPS tracking platform will tell you everything you want to know about the location of the vehicle, the speed at which it is traveling as well as the other conditions in that locality. It will give you a peace of mind as you now know clearly where the vehicle is. Moreover, you don’t have to worry constantly about calling up the driver every other minute to find out the status of the travel. There are some tracking systems that will also keep sending constant updates to your Smartphone. So, even if you are on the move and away from your laptop or desktop, you can still keep track of the vehicle.
Most vehicle GPS tracking devices work based on GPS, known as Global Positioning System. Hi-end systems even give you real time data imports. A good tracking system can keep track of multiple vehicles at the same time. So, if you are running a taxi service or is a college administrator keeping tracks of the many buses you have in your college fleet, you can keep track of all the vehicles using one system. When you are installing an online vehicle tracking system, you can be assured of the safety of your loved ones. Keep an eye them from afar with these high-tech tracking systems.
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