This paper addresses the problems of observer-based fault reconstruction and fault-tolerant
control for Takagi-Sugeno fuzzy descriptor systems subject to time delays and external …

This paper studies an observer-based adaptive learning control for spacecraft attitude
stabilization subject to actuator fault, parameter uncertainty and external disturbance …

This paper addresses the attitude control problem to spacecraft against actuator faults. A
novel observer based event-triggered control (OETC) approach is proposed to cope with …

False data injection attacks (FDIAs) against the load frequency control (LFC) system can
lead to unstable operation of power systems. In this paper, the problems of detecting and …

In this paper, the mechanism for the fault estimation (FE) problem for a steer-by-wire (SBW)
vehicle with sensor and actuator faults is investigated. To deal with the design issues, we …

This article proposes an approach for the estimation of states, actuator, and sensor faults in
nonlinear systems represented by a polytopic linear parameter varying (LPV) system with …

This paper addresses the problem of learning observer (LO)‐based fault reconstruction in
continuous‐time systems. An LO is constructed such that simultaneous reconstruction of …

This study presents the design of a supervisory software algorithm that can detect and
classify different types of electromechanical faults and determine the fault source in the …

This article presents a robust actuator fault estimation strategy design for a three-degree of
freedom (3-DOF) helicopter prototype which can be adapted to aggressive maneuvers. First …

This brief studies the simultaneous estimation of states and uncertainties in general
continuous-time systems. In particular, we present a novel time-varying learning intensity …