In this paper, the mechanism for estimation of the sensor and actuator faulty control problem
for the class of nonlinear systems is investigated. First, we transformed the nonlinear system …

In this article, we present an active fault tolerant control scheme based on fault detection and
isolation (FDI) for a class of uncertain systems subject to sensor faults. The FDI unit consists …

This paper considers the observer-based fault detection and isolation design problems
when the observer matching condition is not satisfied. Based on the relative degree concept …

This paper presents a sliding mode observer-based fault tolerant controller for a class of
active suspension with the parametric uncertainties and sensor faults. First, TS fuzzy …

This paper considers the problems of unknown input observer (UIO) designs when the so-
called observer matching condition (OMC) is not satisfied. Firstly, the system left-invertibility …

This paper addresses the problem of state estimation and sensor fault reconstruction
conjointly for a class of nonlinear systems with time-varying uncertainties for which the …

针对飞行控制系统中状态向量不完全可测量的问题, 设计了一种高增益神经网络自适应观测器.
在常规高增益观测器的基础上引入径向基(RBF, Radial Basis Function) 网络自适应项 …

Adaptable active control strategies besides advance sensors and actuators technologies
lead to higher performance of vibrational control in civil infrastructures under severe ground …

A disturbance decoupled fault diagnosis strategy is proposed. This disturbance decoupled
fault diagnosis is both robust to disturbances and sensitive to sensor faults of magnetic …

The problem of local fault (unknown input) reconstruction for interconnected systems is
addressed in this paper. This contribution consists of a geometric method which solves the …