The academic community has extensively studied fault management in dynamical and cyber-
physical systems, leading to the development of various model-based and data …

The injection of an auxiliary input signal for active fault diagnosis may cause the change of
system control performance in closed‐loop operation. This paper presents a novel …

In this paper, the adaptive finite-time fault-tolerant control (FTC) problem is investigated for
uncertain nonlinear strict-feedback systems. The strict-feedback nonlinear system …

Active fault diagnosis (AFD) techniques can improve fault diagnosis performance by
designing a set of appropriate auxiliary inputs and injecting them into the system to stimulate …

This paper suggests the use of zonotopes for the design of watermark signals. The proposed
approach exploits the recent analogy found between stochastic and zonotopic-based …

In this study, the Koopman operator is applied to solve the challenging nonlinear set‐
membership (SM) state estimation problem. The basic idea is to lift the nonlinear system into …

This article investigates the active fault diagnosis (AFD) problem for linear parameter-
varying (LPV) systems. The system uncertainties, including system disturbances, noises …

This paper investigates the distributed fault detection problem for a class of discrete-time
multi-rate systems over sensor networks with an improved communication protocol, where …

A novel interval observer filtering-based fault diagnosis method for linear discrete-time
systems with dual uncertainties is proposed to detect actuator faults. The idea of …

This paper deals with the design of an Active Fault Tolerant Control (AFTC) approach for
polytopic uncertain Linear Parameter-Varying (LPV) systems subject to uncertainties and …