Advancing Road Safety: A Comprehensive Analysis of an Enhanced Traffic Violation Detection

Authors

  • Bhargavi C. H. Student, Panimalar institute of technology, chennai, INDIA
  • Komati Divya Student, Panimalar institute of technology, chennai, INDIA
  • R. Mary Victoria Assistant professor, Panimalar Engineering College, chennai, INDIA
  • Ponnaganti Arjun Student, Vels Institute of Science,Technology & Advanced Studies (VISTAS), chennai, INDIA
  • E. Thenmozhi Assistant professor, Kings Engineering College, chennai, INDIA

Keywords:

Traffic Congestion, Urban Automobile Ownership, YOLOv7, Speed Limit Enforcement

Abstract

In India and elsewhere, the gravity of traffic offenses has risen in recent years as rising urban automobile ownership has led to increased traffic congestion. As a result, there is widespread property damage and an increase in accidents, both of which pose a threat to human life. Yolov7-based traffic infraction detection technologies are required to address this urgent issue and avert the potentially catastrophic outcomes. This is why the system constantly monitors for violations of traffic laws and prosecutes offenders. Since police are always monitoring the highways, it is imperative that any system for detecting traffic violations be implemented instantly. Therefore, law enforcement officers will not only have an easier time enforcing safe roadways, but they will also be able to do it more quickly and effectively thanks to the traffic detection technology. In real time, this apparatus can identify infractions of traffic lights, speed limits, and helmet laws. User-provided video is required for system operation, monitoring of traffic, and enforcement of traffic regulations.

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Published

24.03.2024

How to Cite

C. H., B. ., Divya, K. ., Victoria, R. M. ., Arjun, P. ., & Thenmozhi, E. . (2024). Advancing Road Safety: A Comprehensive Analysis of an Enhanced Traffic Violation Detection. International Journal of Intelligent Systems and Applications in Engineering, 12(19s), 491–497. Retrieved from https://ijisae.org/index.php/IJISAE/article/view/5090

Issue

Vol. 12 No. 19s (2024)

Section

Research Article

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