Relay Selection based Adaptive Temporal Routing to Improve Emergency Communication Systems in Multi-UAV Networks

Unmanned Aerial Vehicles (UAVs) are trending technology which is mainly developed to control and monitor a huge number of devices with the unstable channel condition. To attain successful communication among the source and the destination effective routing is essential in the high speed communication with increased path diversity model. In order to achieve maximum success rate in the UAV networks in this article relay selection based adaptive temporal routing is introduced to perform emergency communication in the multi UAV network (RATIE-UAVs). The core methods which are concentrated in this model are emergency communication network, optimal relay selection, and temporary ordered routing model. This increasing of network routing standard and efficiency is tested in the ns2 simulator. The following output matrices are used for analysis: routing overhead, end-to-end delay, packet delivery ratio, and energy efficiency. The final result shows that RATIE-UAVs outperformed baseline techniques in efficiency and routing.