By using the LMI method,the problem of H∞ guaranteed cost fault tolerant controller designs for T-S fuzzy system is studied.

The H∞ guaranteed cost control problem of the networked control system with a proportional-integral(PI) controller is studied.

Because the demands of a floating bridge are so complex that the system can easily experience faults,an effectively robust H∞ fault tolerant control method for a floating bridge system was given via a region of linear matrix inequality(LMI) with consideration of dynamical boat failures.

Robust fault-tolerant guaranteed cost control for a class of uncertain discrete systems with state and control delays;

Robust guaranteed cost control based on LMI for the singular uncertain systems with time-delay;

Study on LQR possessing integrality tolerant controller under condition of actuator fault;

Tilting mechanism failure inspection and tolerant control system;

Intelligent Fault Diagnosis and Tolerant Control for Complex Nonlinear System;

Based on the reconstruct of mine hoist control system,aims at the high reliability of mine hoist sys- tem,is based on fault-tolerance control theory and method.

An fuzzy adaptive fault-tolerance control architecture was proposed for a class of continuous-time nonlinear dynamic systems.