Compatibility Based Routing for Delay Aware Multi-Hop Relay Based Vehicular Communication

Vehicular network is a highly trending technology which is used to solve some of the significant issues like roadside accidents, traffic management and improvement of the lifestyle of pedestrians. Nowadays, the accelerated velocity of automobiles presents a significant barrier to enhancing network communication quality. This article presents an efficient routing paradigm designed to minimize network delays, referred to as compatibility-based routing for delay-aware multi-hop relay networks (CRDA-HMV). The major categories which are present in this network model are multi-hope relay model, network model and compatibility-based routing model. The introduction of these models enhances the vehicle's communication quality, enabling it to manage high speeds well. The model is implemented in NS2 simulation, focusing on performance analysis metrics such as packet loss and packet delivery ratio. The analysis of results demonstrates that the proposed CRDA-HMV outperformed previous baseline approaches for data transmission integrity.