Constant Cluster-Based Effective Communication for Unmanned Ariel Vehicles-Assisted Vehicular Ad hoc Network

Vehicular Ad hoc Network (VANETs) is highly trending topic nowadays which effectively communicates among the adjacent vehicles and as well the static vehicles which are present on the side of the road. In vehicular communication certain drawbacks are present which are mainly created on the fundamental characteristics of vehicles like maximum speed, rapid mobility and unpredictable vehicular movement. For that purpose, in recent times Unmanned Ariel Vehicles (U A V s) are introduced in the vehicular network to improve its performance. UA V network is mainly developed to improve the quality of ground to air level communication and still managing huge number of vehicles is a challenging task for the UAV-Assisted vehicular network. For that purpose, in this article Constant Cluster-Based effective communication for UAV-Assisted VANETs (CCEC-UA V) is developed which mainly concentrates on certain categories such as U A V architecture, fundamentals of clustering in UAVs, constant UAV clustering process, clustering preservation and load balancing. The implementation of this model is performed in networking software and the parameters which are concentrated for this analysis are data deliver rate, network throughput and end-to-end delay. From the final outcome it is proven that our CCEC-UA V model performed much better in terms of UA V stability when equated using the presence earlier methodology.