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@article{156013,
        author = {BHUVAN S T and MANJUNATH HR and ABHIMAN HR and RANJAN KUMAR and SACHIN G RAO},
        title = {Smart Traffic Management In Emergency},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {9},
        number = {2},
        pages = {599-604},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=156013},
        abstract = {Currently, handling the traffic has become a huge problem because of rapid-fire increase in motorcars and also because of high waiting time stoppage between traffic lights. In order to amend this problem, we will go for viscosity- grounded traffic lights system. This composition explains the method to control the traffic grounded on viscosity. In this system, we will use IR detectors to measure the traffic viscosity. We've to arrange one IR detector for each road; these detectors always smell the traffic on that particular road. All these detectors are connived to the microcontroller. Grounded on these detectors, regulator detects the traffic and controls the traffic system. This particular design is intended for densely populated cities. For example, in Bangalore, the roadways are always congested. The majority of the time, traffic will last at least 100 meters. The traffic cops can't hear the ambulance's temptress from this distance. As a result, he disregards this, and the ambulance must remain until the traffic has cleared. It can take at least 30 twinkles to get out of traffic. So, by this point, anything might be true. As a result, this design overcomes these drawbacks. According to this concept, if an ambulance approaches a traffic post in an emergency, the traffic lights will automatically halt and provide a green signal to this ambulance.},
        keywords = {},
        month = {},
        }