Abstract
In order to reduce the computational costs, this paper investigates the event-triggered control design for the uniform finite-time sampled-data set stabilization of switched delayed logical control networks (SDLCNs). Firstly, by the augmented algebraic form of SDLCNs, the uniform finite-time sampled-data controllability matrix is constructed, based on which, the uniform finite-time sampled-data reachable sets are defined. Secondly, using the reachable sets, a necessary and sufficient condition is proposed for the set stabilization of SDLCNs. Thirdly, the event-triggered control design is presented, and a sufficient condition is proposed to design the state feedback event-triggered control for the sampled-data set stabilization of SDLCNs. Finally, an example is given for the verification of main results.
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