Published Paper Details:

The initiative intends to address the difficulties that emergency vehicles, such as ambulances, experience when navi-gating through traffic. In this paper, we look at the smart traffic management project, in which the growing amount of vehicles on the road has an impact on emergency services ability to respond rapidly. The biggest issue highlighted is traffic signal delays, which compel rescue vehicles to wait at junctions. The method offered is known as the "Smart Traffic Management System Us-ing RFID for Emergency Vehicles." RFID technology is used in this system, which is a method of communication that uses radio waves to track and identify objects. RFID is employed in this project to permit prioritised passage for emergency vehicles. Us-ing RFID technology, the device activates lights along the ambu-lance's planned path. This move alerts surrounding traffic to the presence of the emergency vehicle and grants it priority passage. As a result of the reduced congestion, the Emergency vehicles may reach its destination more rapidly. Additionally, GPS integra-tion of technology has been highlighted as an aspect of a traffic management strategy. To summarise, this project fulfils a societal need by enhancing transportation flow and prioritising the transit of emergency vehicles. RFID and potentially GPS technology contribute to the planned traffic control system's efficiency. The major goal is to prioritise the protection of individual and their belongings in increasing areas by minimising emergency service response times.