Abstract
Aiming at the new threat of Unmanned Aerial Vehicle (UAV) airborne jamming faced by wireless mobile communication networks, a communication network anti-jamming technology method based on relay optimization selection strategy is proposed. In order to achieve the maximum transmission rate of the selected relay node, a system model based on multi-arm bandit (MAB) is established. It is proved by simulation that the method of selecting the best relay node by Upper Confidence Bound (UCB) algorithm is feasible. It can avoid the nodes that are most affected by jamming and improve the anti-jamming ability of the communication system.
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