Event-based guaranteed cost control for semi-Markov cyber-physical jump systems with redundant channels

This study investigates the problem of guaranteed cost control for event-triggered semi-Markov jump systems with redundant channels. The dynamic event-triggered methodology is applied to solve the problem of redundant network communication. Based on delay system methodology and free-weighting matrices, the collaborative design of guaranteed cost controllers and the dynamic event-triggered strategy can be generated under reasonable linear matrix inequalities. Redundant channels have been utilized to increase the success rate of the network release date, meanwhile, they can also be followed by two unrelated Bernoulli distributed random variables. In order to guarantee the stochastic stability of event-triggered semi-Markov jump systems, some prerequisites are given. Finally, the simulation result is shown to illustrate the performance of the collaborative design method.