VEHICLE TO VEHICLE COMMUNICATION

Abstract

Vehicle-To-Vehicle (V2V) Correspondence Incorporates A Distant Association Where Vehicles Send Messages To Each Other With Information Dynamically. This Data Would Integrate Paces, Fire Alerts, Crisis Leaders, Region, Heading Of Development, Dealing Back, And Loss Of Safety. The Chief Concern Of Vehicle-To-Vehicle Correspondence Development Through LI-FI Is To Clear Out Costly And Life-Threatening Fender Benders. Li-Fi Is Expected To Use Drove Lights Like Those At This Point Being Utilized In A Seriously Enormous Number Of Energy-Conscious Homes And Work Environments. The Bulbs Are Furnished With A Chip That Manages The Light Vaguely For Optical Data Transmission. Li-Fi Data Is Then, At That Point, Conveyed By The Drove Bulbs And Scraped By Photoreceptors. The V2V Correspondence Through LI-FI Is Completed By The Standard Microcontroller. Node MCU Is The Microcontroller That Regulates The Entire Structure. The Data Like Fire Preparedness, And Revoke Emergency Switches That Upon Inception Alert Various Vehicles. The System Has A High Data Rate And Follows The 802.11bb Show. The Security Of The Data Is Moreover Present. The Vehicle-To-Vehicle Correspondence Through Li-Fi Is Brought Out Through The Node MCU Microcontroller. The Results Integrate The Connection Between The Fire Preparedness And Emergency Plausibility. The Fire Signal Is Sanctioned Assuming There Ought To Emerge An Event Of Fire And LCD Shows Fire Prepared If Of Emergency The LCD Shows Emergency Alert And Is Prepared To Give Information To Another Vehicle. Today’s Day-To-Day Activities Make Extensive Use Of LED-Based Lighting, Which Can Also Be Used For Communication Due To Advantages Such As Fast Switching, Great Power Efficiency And Safety To Human Vision. As A Result, This Project Will Discuss Environmental Friendly Data Communication Between Vehicles Using Visible Light, Which Is Made Up Of White Leds That Transfer Audio Signals To The Receiver. VLC Has A Bright Future Ahead Of It, And It Complements Current RF Communication By Increasing Efficiency.