This paper considers the problem of simultaneous actuator and sensor faults estimation for
linear parameter varying system expressed in the polytopic representation based on robust …

This study proposes a novel variable structure control (VSC) for the mismatched uncertain
systems with unknown time‐varying delay. The novel VSC includes the finite‐time …

This paper proposes a decentralized single phase robustness variable structure controller
(SPRVSC) for complex uncertain interconnected systems satisfying mismatching condition …

For the problem of multiple sensor fault detection and reconstruction in the forklift fault-
tolerant control system, a sliding mode observer (SMO) with adaptive regulation law is …

This article evaluates fault tolerant control (FTC) in a specific group of delayed systems that
involve actuator faults, uncertainty, and time-delay. To address this problem, a separated …

In this paper, we present a new robust sliding mode observer (SMO) design method for a
class of uncertain time-delay systems. The uncertainty is unknown and bounded, and the …

This paper addresses actuator and sensor faults reconstruction based on a new sliding
mode observer (SMO) for output time-delay systems. Therefore, using the Lyapunov …

The rubbing faults caused by dynamic and static components in large rotatory machine are
dangerous in manufacture process. This paper applies a feedforward chaotic neural network …

The paper deals with the design of SMO for a class of nonlinear uncertain time delay system.
In which, the nonlinearities satisfies the Lipschitz condition, the time delay is varied and …

In this paper, we will pose a state estimation method for a class of nonlinear uncertain time-
delay systems using an SMO. Thus, we will report a new method of SMO synthesis, where …