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Accident Detection and Alert System

Mr.Ajinkya Jadhav1, Mr.Prithviraj Rajput2, Mr. Nadim Nadaf 3 ,Prof.Mr. S. M Gramopadhaye

Department of Electronics & Telecommunication Engineering, ATS’s Sanjay Bhokare Group of Institutes, Miraj

Abstract - Traditional accident response mechanisms often rely on witnesses or post-accident reporting, leading to delayed emergency services and potent ially exacerbating outcomes. This paper presents a comprehensive design and implementation of an automated Accident Detection and Alert System (ADAS) aimed at mitigating these delays and improving road safety. The proposed system leverages a multi-sensor fusion approach, integrating accelerometer, gyroscope, GPS, and potentially camera data, to accurately detect accident events in real-time. Upon detection, the system automatically triggers an alert, transmitting crucial information such as the accident location, time, and severity to pre-defined emergency contacts and relevant authorities. The paper details the system architecture, the algorithms employed for accident detection, the communication protocols used for alert dissemination, and discusses potential challenges and future enhancements. The objective is to provide a robust, reliable, and efficient solution for rapid accident response, ultimately contributing to saving lives and reducing the impact of road accidents