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Browsing Project Reports by Author "A V D SANDESH"
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Item DEVELOPMENT OF AN AUTOMATED TRAFFIC SIGNAL SYSTEM FOR EMERGENCY VEHICLE PRIORITY(2025-05-06) M VINAY; A V D SANDESH; T MAHESH; SUCHITHRA RThe rapid growth of urbanization and the increasing number of vehicles on the roads have posed significant challenges for traffic management, especially during emergencies. Tra-ditional traffic systems, reliant on fixed schedules and manual adjustments, often fail to meet the dynamic requirements of modern traffic, leading to delays that can have life-threatening consequences during medical crises, fires, or accidents. The Emergency Traf-fic Control System (ETCS) addresses these issues by utilizing advanced technologies like RFID, GPS, GSM, IoT, and AI to prioritize emergency vehicles and facilitate their swift movement through congested areas. By using RFID sensors and readers, ETCS detects emergency vehicles in real-time and communicates with adaptive traffic control systems to dynamically adjust signals and create green corridors. This ensures minimal delays for ambulances, fire trucks, and po-lice vehicles while maintaining smooth traffic flow for regular commuters. Public alert mechanisms, such as screens and buzzers, notify drivers and pedestrians, enhancing awareness and compliance. IoT connectivity allows real-time synchronization between vehicles, traffic signals, and centralized hubs, ensuring accurate decision-making. GPS and GSM modules further en-hance functionality by providing real-time tracking and communication, enabling emer-gency vehicles to navigate effectively. The system is cost-effective, scalable, and easily adaptable to existing infrastructure, making it ideal for modern cities aiming to improve emergency response and urban mobility.