I. Introduction
Due to recent advancements in communication networks and topologies, Vehicular Ad-hoc Network (VANET) has attracted the attention of scholars and researchers. Passengers' safety might be improved by using VANET, a kind of Mobile Ad-hoc Network that allows automobiles to interact with one another. MANET facilitates communication between fixed, slowly or completely immobile devices [1], [2]. On the other side, the VANET connects and makes it easier for fast moving vehicles to communicate with one another. Vehicles are automobiles that communicate in the vehicular network employing the IEEE 802.11p-based DSRC protocol developed by the North American Standard [3], [4]. Through the use of the VANET, it is possible for vehicles to communicate with one another even in the absence of physical infrastructure. [5].