Conception d'un capteur intelligent de recul pour un véhicule

Abstract

The reversing radar, based on a smart sensor and designed to monitor reversing or assist with parking, is a system that allows the driver to estimate the distance between their vehicle and an obstacle during low-speed maneuvers. This project aims to create an automotive reversing radar using an Arduino board and Processing, capable of detecting both stationary and moving objects. The work involves a general study of reversing radar theory, electronic boards, and the Processing programming language, using an Arduino YUN Rev2 board, an ultrasonic sensor, a buzzer, resistors, and LEDs. The electronic circuit design is carried out using Proteus ISIS and ARES software, with the prototype visualized in Fritzing. Following positive simulation results, the project will proceed to practical implementation. At the end of this project, a reversing radar device will be designed and tested on real-world targets.