Anti-Collision Speed Control System based on Embedded System using RFID

Road accidents remain a significant global concern, often resulting from over speeding and human error. Implementing an effective collision avoidance system is crucial for enhanced road safety. This project proposes Radio-Frequency Identification (RFID) technology combined with an embedded system to develop an anti-collision speed control system. Utilizing passive High-frequency Radio Frequency identification tags and an Arduino microcontroller, the system detects potential collisions and dynamically adjusts the speed of vehicles or robotic objects to prevent accidents. Specifically, industrial robots equipped with an embedded microcontroller and passive RFID tags can detect nearby robots and vehicles, allowing the system to modulate speed and navigate steep and sharp turns in mines safely. This capability extends to detecting turns and steep gradients in mining fields round the clock. The proposed system aims to enhance collision detection accuracy, improve response time and adaptability to changing environments.