A Multi-Target Collision Detection & Avoidance System with Flight Authenticity & Tracking
The Multi-target collision and detection system is based on the analysis of a radar network for the surveillance of the airport Runway area. This paper is based on the study of radar system. Radar integrated guidance, is one of the multistate radar sensor composite guidance technology. This is typical property of information merger technology in the field of target tracking. By performing both tracking and check authenticity, the system is able to prevail a complete surveillance on the restricted area and to improve the truthiness of the system with respect to a radar system having number of airplanes. Most current systems use RADAR (Radio Detection and ranging) it uses radiate and reflected radio frequency energy for the detection and location of the objects, as well as for measuring distances and altitudes. It can also be used for navigation system and to guide the Aircraft. Present radar system is complicated and can be produce some information about stationary and moving objects both. These radar systems may also provide information on speed, position; time & distance also check authenticity of aircraft in air. Proximity sensor is attached on the Aircraft for the detection of obstacle present on runway. Proximity sensing technology identifies the obstacle. Like Air Bridge, animals, bus etc. Collision on runway is a human error. Proximity sensor senses the obstacle on runway and in air also, and gives analog feedback to aircraft. Aircraft detects it and report it by radio communication through the ATCA (Air Traffic Control Area). ATCA collects the information and try to avoid it by manually.