Car Distance Signal For Safe Overtaking System

Authors

  • Prof. Jaybhaye Sumit R Lecturer, Santosh N Darade Polytechnic
    Author
  • Mr. Hembade Karan R Students, Santosh N Darade Polytechnic
    Author
  • Mr. Pansare Bhushan S Students, Santosh N Darade Polytechnic
    Author
  • Mr. Pathade Vedant R Students, Santosh N Darade Polytechnic
    Author
  • Mr. Pawar Shubham K Students, Santosh N Darade Polytechnic
    Author

DOI:

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Keywords:

Microcontroller, vision, radar, AI (YOLO, VNet), lights, audio, HMI

Abstract

Research papers on car distance signals for safe overtaking focus on using sensors (like vision, radar) and AI (YOLO, VNet) to detect vehicles, estimate distance/speed, and provide real-time alerts (lights, audio, HMI) to drivers or autonomous systems, aiming to prevent accidents by signaling when a maneuver is safe, often incorporating time-to-collision (TTC) or time-to-lane-crossing (TLC) metrics to advise on lane changes, especially on two-lane roads. Key systems involve V2V communication, vision-based detection, fuzzy logic, and model predictive control for both human-driven and autonomous vehicles.

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Published

2026-01-25

How to Cite

[1]
Prof. Jaybhaye Sumit R , “Car Distance Signal For Safe Overtaking System”, Int. J. Web Multidiscip. Stud. pp. 552-556, 2026-01-25 doi: . .