Optimizing Vehicle-to-Vehicle Communication for Enhanced Automotive Safety and Collision Reduction

Abstract

This manuscript presents a novel hybrid approach aimed at enhancing Vehicle-to-Vehicle (V2V) communication to bolsterroad safety and diminish collisions. The primary objective is to augment V2V communication to foster safer automobiles and diminish collision occurrences by developing and implementing a system capable of actively detecting, evaluating, and transmitting collision risks in real time. Given the escalating number of vehicles on roads, reliable communication among vehicles is imperative to ensure safety and avert collisions. The proposed system leverages the optimization of Arduino UNO controller parameters, employedto anticipate, and fine-tune the controller settings. Theoutcomes underscore the efficacy of the approach in fortifyingV2V communication for safer automobiles and fewer collisions. The experimental findings showcase a notable reduction in errors compared to alternative methodologies.