aviation
GPS technology is now very common in commercial aviation. Today, most commercial jets increasingly use GPS navigation technology for initial and inaccurate approaches to specific airports. Automated Correlation Monitoring - Broadcasting [ADB-B] is the main guiding and navigation GPS technology of the future, where a large amount of research, development and investment are being valued. ADB-B technology also involves direct inter-aircraft communication within one. A predefined radial proxy where it enables the aircraft to communicate with each other about their relative speed, distance, flight path and position. The development of this technology is not limited to any single country, but is developed globally through a multilateral alliance of strategic technologies. In addition to commercial aviation, GPS ADB-B technology is also used to navigate UAVs. UAVs are mainly used for resource mapping and aerial surveillance imaging - the mission before this mission was Earth orbiting satellites such as NASA Landsat.
Shipping and rail transport
Comprehensive GPS technology further highlights its presence in maritime technology. GPS digital technology has replaced traditional electronic maritime technology and is now being used for important applications including marine and offshore navigation, dredging, port and port approach navigation and docking, ship transportation services [VTS], automatic identification systems [AIS], etc. Operating parameters. ], hydrological data collection and cargo logistics.
In terms of railway navigation, GPS technology is now widely used to simplify such navigation necessities, including vehicle management, passenger information, door release to prevent door platform alignment, cargo tracking signals, train integrity and smooth crossing methods.
science
GPS technology is widely used and influential in various scientific fields; including environmental and atmospheric monitoring, animal behavior research, plant specimen location, meteorological and climatic research, agriculture, fisheries and fisheries, land area mapping, yield monitoring, crops Precision planting, spray and harvest monitoring, autonomous vehicle control and other areas.
Safety
Security is another very broad area of adoption of GOS technology. GPS security applications include tracking a variety of vehicles - light and heavy vehicles, including 20 and 40 foot containers for general cargo, special air conditioning containers for perishable foods, for the safe monitoring of criminals and suspected vehicles.
Obviously, GPS technology is really suitable for a variety of scientific and technical applications that require constant monitoring and tracking of data, especially if the target object is important, urgent, sensitive and valuable. This includes people, animals, machinery, precious metals, banknotes, etc.
Orignal From: Civil application of GPS technology
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