Due to insecure network-based communications, cyber-physical systems face the risks of
cyber attacks which might result in catastrophic damage. This paper provides an overview of …

This paper is concerned with a reinforcement learning-based adaptive tracking control
technique to tolerate faults for a class of unknown multiple-input multiple-output nonlinear …

We consider a multi-adversary version of the supervisory control problem for discrete-event
systems (DES), in which an adversary corrupts the observations available to the supervisor …

This paper discusses the problem of fault-tolerant tracking control for discrete-time nonstrict-
feedback nonlinear systems in the presence of stochastic noises and actuator faults. The …

This study focuses on the output feedback guaranteed cost control issue for networked
control systems with random packet dropouts and time delays. The plant considered in this …

This paper presents a novel distributed reconfiguration strategy to enable the secure and
reliable operation of the zonal shipboard power system (SPS). To adapt to the latest …

Fault Tolerant Controls are highly reliable control systems aimed at increasing system
reliability and reducing safety hazards. FTCs are designed to accommodate faults at their …

Fault-tolerant control (FTC) is an active research field promoted by the increased demand on
reliability, availability and safety of manufacturing systems. In this paper, an overview of the …

Most model-based approaches to fault diagnosis of discrete-event systems require a
complete and accurate model of the system to be diagnosed. However, the discrete-event …

This paper proposes a robust sliding-mode faulttolerant control method based on set-
membership estimation for the linear discrete-time systems with parameter uncertainties and …