During a time crunch, time can act as either a helpful ally or a dangerous adversary. Because of this, it is very necessary to eke out every last second. Because of the recent rise in the number of cars, there has been a significant increase in the amount of congestion on the roads. As a direct consequence of this, a significant number of individuals have been killed because ambulances were unable to get to their destinations on time. Arriving at the location without incident and as promptly as feasible is the primary objective of every emergency vehicle. The odds of surviving are diminished by each second that is wasted due to stopped traffic or red lights along the road to the goal. Therefore, it is absolutely necessary to give ambulances signal priority in order to ensure that they are able to navigate the heavy traffic with the least amount of delay possible. In this chapter, a novel system that makes use of Internet of things to assist in accomplishing this objective is offered.

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Traffic Control System-Based Congestion Control and Emergency Vehicle Clearance

  • K. Krishna Reddy,
  • S. Noor Mahammad,
  • J. Divya,
  • C. Vamsi,
  • S. Ameer Basha,
  • B. Suresh Reddy

摘要

During a time crunch, time can act as either a helpful ally or a dangerous adversary. Because of this, it is very necessary to eke out every last second. Because of the recent rise in the number of cars, there has been a significant increase in the amount of congestion on the roads. As a direct consequence of this, a significant number of individuals have been killed because ambulances were unable to get to their destinations on time. Arriving at the location without incident and as promptly as feasible is the primary objective of every emergency vehicle. The odds of surviving are diminished by each second that is wasted due to stopped traffic or red lights along the road to the goal. Therefore, it is absolutely necessary to give ambulances signal priority in order to ensure that they are able to navigate the heavy traffic with the least amount of delay possible. In this chapter, a novel system that makes use of Internet of things to assist in accomplishing this objective is offered.