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ISSN 2063-5346
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Real Time IoT- Based Intelligent Traffic Management Control System

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Nadavuluru Prasanna Venkatesh, I. Kumaraswamy, K. Bhargavi, Kalaganda Lahari, Jeerla Bhavana, Nandyala Nithin
» doi: 10.31838/ecb/2023.12.si4.183

Abstract

Congestion seems to be trouble in Metro cities such as Delhi, Bangalore, Mumbai, and Hyderabad. This has turned out to be a daily issue at the moment. Road congestion has exacerbated the number of fatal crashes inside the city, making lives lost in accidents even more important. The promotion and use of computer video detection technologies in recent years have made it feasible to detect delays in real-time and given signal ised junctions the chance to switch from open-loop to closed-loop control. The control effect is examined by retrieving the parameters re-lated to traffic control from video traffic detection. The outcomes of the assessment may be used to decide whether a reconfiguration plan is essential. When traffic police surveillance fails, the central control system will take over. To develop the urban roads Using a closed-loop self-tuning system for congestion control, an additional traffic control plan might be created. As a result, according to the system's output, the system. the control methodology may be revised in real-time. Aside from that, emergency services such as Compulsion vehicles unable to make it on time. This leads to a significant loss of life. In order to satisfy these challenges for long time, we provide a solution in this project. We can tackle these problems by constructing "Green Corridors" for Compulsion vehicles using IoT-enabled technologies. This can reduce their travel time to the desired location and, to a large degree, save human lives lost. The Internet of Things offers a creative and intelli-gent traffic control solution that tackles these problems. The process may be used by compulsion vehicles to get a green lane and get to their destination promptly. Radio waves are used by the RFID reader to detect. The radio frequency ID tag connected to the compulsion vehicles makes the upcoming traffic signal to turn green in addition to showing a notice to drivers ahead of a compulsion and turning other lanes into a "Green Zone.". The control system now includes a Sensor module and a motion sensor. This system includes the whole traffic system and operates for the following characteristics to be able to get at the swiftly reach the target and to limit the danger of creating accidents.

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