light emitting diode, photodiode, vehicle to vehicle communication, visible light communication
This paper introduces a vehicle-to-vehicle (V2V) communication system supported actinic ray communication technology. A vehicle can transmit information|the info|the information} unendingly to a different vehicle ahead of it victimisation head lightweight and also the data is hold on within the Secure Digital (SD) Card in comma separated price for future reference just in case of emergency at a similar time the info is hold on within the cloud server for presidency reference for find the foremost accident areas. Nowadays, individuals without delay use net in their daily activities to accomplish their task by suggests that of wireless or wired network. As users square measure increasing manifold, information transmission rate consequently decreasing. However, Wi-Fi imparts rate of 150Mbps as per IEEE 802.11n, this speed continues to be not enough to serve the requirements of a user. Considering this, actinic ray communication thought has been introduced. during this project, a comparative and analytic study regarding the speed of actinic ray and Wi-Fi communication is being done and additionally reduction of network ECM downside because of increasing users demand is additionally being done.