Hybrid-driven mechanism output feedback control under deception attacks based on discrete-time Markov jump systems

The problem of Markov jump systems subjected to deception attacks for the discrete-time output feedback and hybrid-driven mechanism is investigated in this paper. Considering the limited bandwidth resource, hybrid-driven mechanism is employed, which can alleviate the communication data transmission rate. Bernoulli distribution is adopted for switching the time-driven and event-driven scheme. Based on the network security attack and defense strategies, a new system model is applied, where correlative system stability is analysed with Lyapunov-Krasovskii functional and Jensen inequlity and the controller design is addressed. Finally, simulation example is applied to illustrate the efficiency of the method proposed in paper.