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Hybrid-driven control of networked switched systems with random cyber attacks

This paper considers security control for a class of networked switched systems subject to random cyber attacks. To alleviate the burden of the networked transmission, a hybrid-driven communication strategy is employed. Moreover, based on the hybrid-triggered control scheme, a state-feedback controller and a switching signal depending on the average dwell time are designed simultaneously. It is shown that the switched systems are mean-square exponentially stable despite the presence of the random cyber attacks. Finally, a numerical example is exploited to demonstrate the effectiveness of the proposed method.