Road accidents present an enduring global issue, leading to substantial loss of life and property. The present research introduces a mechanism developed for the identification of accidents in real-time and the proactive regulation of vehicle speed to reduce collisions and lessen their impact. The utilization of acceleration and gyroscopic sensors aids in recognizing sudden changes in vehicle movement that may indicate accidents. Once identified, the system promptly sends out an alert message with precise vehicle location coordinates via GSM to predetermined emergency contacts, such as emergency services and specified family members. GPS technology is employed for continuous monitoring of the vehicle’s location, allowing for comparison with stored speed limits. Persistent occurrences of speeding lead the system to independently adjust vehicle speed by controlling the throttle or applying the brakes, thereby ensuring adherence to speed regulations and improving overall road safety. This comprehensive approach provides numerous advantages, including immediate accident identification, swift alert dissemination, and automatic speed control directed at accident prevention. Through the seamless integration of GSM and GPS technologies, the system establishes a strong foundation to support road safety initiatives and reduce the impact of accidents at a systemic level.


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    Title :

    Smart Impact Mitigation: Intelligent Speed and Safety


    Contributors:


    Publication date :

    2025-01-16


    Size :

    317126 byte




    Type of media :

    Conference paper


    Type of material :

    Electronic Resource


    Language :

    English



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