Dynamic Resource Allocation and Effective UAV Relay Selection in Vehicular Cloud Networks

The Vehicular Cloud Networks (VCN) is recently developed in a huge manner to monitor n number of vehicles in the densely populated area. To attain effective monitoring in a dynamic way multiple Unmanned Aerial Networks (UAVs) are developed. This technology consists of several advantages like cost effective and highly flexible for deployment. Because of these characteristics this technology is used in maximum of the applications and in recent times the number of vehicles utilized in the communication field is highly increased so that certain drawbacks are created in the UAV technology because of the vehicles high speed and unpredictable mobility. Its leads to the way to high utilization of power and it create delay and link disconnection at the time of confidential data transmission. To overcome from these drawbacks in this article Dynamic Resource Allocation and the Effective UAVs Relay Selection (DREUV) is proposed. The processes which are concentrated in this approach are effective system and energy consumption model with proper network construction in the VCN. Through this process the resource which is allocated for the vehicles are stabilized and that can able to increase the communication standard of the vehicles. The DREUV has applied in the simulation software NS2 to analyses is performance and from the result it is proven that this model attains better performance.