Traffic Congestion and Accident Prevention Analysis for Connectivity in Vehicular Ad-hoc Network

Abstract

Vehicular Ad Hoc Networks (VANETs) is the subclass of mobile ad hoc networks. We can increase a number of technical challenges such as improving VANET Connectivity. Road accident and traffic congestion is a current application in the network of vehicular Ad-hoc network. All have Studied thoroughly put and delay for connectivity in this particular paper. We are trying to Enhance VANET connectivity with a different technique and simulations. we have studied vehicle density and the influence of various number of parameters, message delay, and RSU communication range. We also use lights of traffic and roadside units. In this paper, we introduce three different paths with different Quantity of vehicles and we interface SUMO with NETSIM. We have concluded the nature of Real-time traffic Simulation Connectivity using NETSIM. In this paper to be a valuable work to improve the connectivity between vehicle to vehicle as long as they are connected to each other and the future performance of the applications for the connectivity of the vehicles in the urban areas and Highways, we are trying to reduce the road accidents with the help of improving connectivity.