H‐infinity fault‐tolerant control for Markov jump system with actuator time delay

This study investigates H-infinity fault-tolerant control for Markov jump systems with actuator time delay. The main objective is to obtain some theorems such that the corresponding delay be stable and performances. First, based on an integral transformation, are described in a system description distributed time-delay item. Second, utilizing linear matrix inequality theory, positive energy functional, which includes double item, constructed. Then, after mathematical operations, sufficient condition obtained stable. If solvable, controller can gotten guarantee controlled no matter there faults existing or not. Finally, examples given show usefulness of theorem.