In this paper, a comprehensive state-of-the-art review of Fault Tolerant Control Systems
(FTCS) is presented with the latest advances and applications. The overall aim of an FTCS …

The goal of the interval observers is to deal with the large but bounded uncertainties and
disturbances by determining certain interval (upper and lower estimates) for the system …

This paper proposes a novel interval observer design method for discrete-time linear
systems with unknown but bounded disturbance and measurement noise. The proposed …

This technical note proposes a novel set-membership state estimation approach based on
zonotopes for discrete-time descriptor linear parameter-varying systems. The consistency …

This paper considers the problem of set-membership estimation for discrete-time linear time-
varying descriptor systems subject to unknown but bounded disturbance and noise. We …

To meet the rising demands for safety and reliability of modern industrial control systems, the
model-based fault diagnosis problem has attracted much attention in the past few decades …

This paper investigates actuator fault detection and isolation for discrete-time linear
descriptor systems. We propose a novel fault detection and isolation scheme based on a …

The issue of secure estimation for cyber–physical systems subject to unknown inputs and
stealthy deception attacks is addressed in this paper. First, the unknown inputs are treated …

This paper studies interval observer design for linear parameter-varying systems subject to
uncertainties in parameters, input and output. Based on a general assumption that these …

This paper proposes a state augmentation approach to achieve interval fault estimation for
descriptor systems with unknown but bounded disturbances and measurement noises. An …