Memory‐event‐trigger‐based output tracking control for networked switched interval type‐2 fuzzy systems against deception attacks

This paper investigates the problem of event‐triggered output tracking control for networked switched interval type‐2 (IT2) fuzzy systems under deception attacks. Different from the existing event‐triggered method, a new type of event‐triggered scheme which called the memory event‐triggered scheme (METS) is proposed to save the network resources, under which some past released triggering events are used to generate the new events. Also, the network communication may be corrupted by deception attacks and the tracking control is meaningful. We give some conditions to guarantee the H∞$$ {H}_{\infty } $$ output tracking performance of the closed loop memory event‐triggered networked switched IT2 fuzzy systems under deception attacks in secure sense. Finally, a simulation example validates the proposed technique.