Free space Dual Antenna Communication in Flying Ad Hoc Networks Routing

摘要

Flying Ad hoc Networks have been recently utilized in the territory where fixed system frameworks are not accessible or wireless ad hoc connection may be required. FANET correspondence equipment must be deployed on the UAV platform and this circumstance forces certain constraints. Routing mechanism will adaptively choose route utilizing least cost routing and reputation routing schemes dependent on network condition to keep the ratio of successfully delivered packets and better network performance. The multiple antennas are improving the efficiency of communication of UAV. The free-space dual antenna communication in FANET is proposed in this research. lightweight peripheral devices can be deployed when total load implicit is constant and the communication hardware is a more advanced sensor. There is no confusion the performance of the dual antenna is better and reduces overhead but if the location is not knowing then communication is possible through the proposed dual antenna scheme. The propose communication between the nodes in the air is possible to handle by using omnidirectional antennas. Likewise, performance can additionally be improved with mutually planned versatile interchanges with a UAV mobility model. The performance of the proposed approach and the previous approach is measured through performance metrics.