Detection of Obstacle Distance and Position in Surveillance Radar Using IOT

Abstract

Surveillance radar is most prominently utilized to detect aircraft and ships, including those in aviation, military, maritime, and security applications. Surveillance radar systems are cutting-edge technology for detecting various entities using radio waves. The main intention of this project is to design and construct a radar system to detect stationary objects by measuring their distance and angle of rotation. These mechanisms consist of a sonar-established tracking system that continuously supervises the object. This project will employ an ultrasonic sensor that is placed on a servomotor for the rotations. If the sensor detects the object, it will display the target distance and angle of rotation on the LCD with a graphical representation. The main directing tool is the Arduino UNO, which is filled with programs written in embedded C.