Prathamesh KarandeShivam PandhareSoham GavhaneAbhay HakeM. M. Zade
Abstract: This project presents an Object Detection Radar System based on the Arduino Uno, designed to detect and visualize the position and distance of objects within a specified range using ultrasonic sensors and servo motor rotation. The system provides a cost-effective solution for detecting obstacles or intrusions by mimicking radar functionality. Using an HC-SR04 ultrasonic sensor, the system measures the distance to nearby objects by transmitting and receiving ultrasonic waves. A servo motor rotates the sensor to scan the area in front of it, while Arduino Uno processes the data and transmits it to a computer or Android device for visualization through Processing software or a mobile interface. This real-time radar visualization enhances awareness of surrounding objects and can be applied in areas such as robotics, surveillance, and autonomous vehicles. The proposed system demonstrates how low-cost embedded components can be used to replicate the principles of radar for educational, security, and automation purposes.
Prathamesh KarandeShivam PandhareSoham GavhaneAbhay HakeM. M. Zade
Naman GuptaAmbuj Kumar Agarwal
M. MadhuKumari MeghaMonika MonikaB NakshaV. Ganesh
E. KarthikaK. AmuthaSruthi PrabhuS.J. Kristin JerushiaH. Padmapriya