Wireless Communication based Hostile Object Path Prediction and Self Guiding Anti-Missile Defense System

RADAR is an electro-mechanical device that spots any sort of approaching objects. It is typically used to detect incoming objects like missiles, aircrafts, ships and meteoroids etc. A RADAR can be used not only to distinguish but also for pursuing incoming objects. A RADAR uses radio waves to detect and track an incoming object hence the full form; Radio Detection and Ranging. Visible and thermal pursuit of rockets and missiles have the benefit of the addition of radio emission infrared cameras. Visible cameras suffer from atmospheric distortion and obscure long distances. The destroying system moves mechanically within the direction of the missile and fires it upon fixing the target. This method consists of a sonar based mostly object pursuit system that endlessly monitors the target. Upon fixing the direction, it sends the management command to the firing system to attack the target. These needs are particularly addressed in the proposed object recognition and self-activating obliterate system where path of the object is predicted in advance using deep learning neural network algorithms. Long Short-Term Memory (LSTM) to predict the position and the velocity of the incoming objects. The RADAR which will be used is Active Phased Array Radar. In this RADAR, the use multiple arrays electronically steered antennas for detection and tracking purposes. This RADAR will give us the elevation angle and azimuthal angle of the detected object. Instead of using three dimensional coordinates for interception, elevation angle is utilized.