Relaxed T-S Fuzzy Control Design by Descriptor System Approach

Chung Hsun Sun; Yun Chi Yeh

doi:10.4028/www.scientific.net/AMM.241-244.1180

Paper Titles

Research on Deadbeat Control for Three-Phase Grid-Connected Inverter in Model Based Design
p.1159

Constant Palstance Control of Combine Cylinder Based On Nonlinear PID
p.1164

Time Delay Estimation on COREX Parameters Based on Dynamic Time Warping Method
p.1168

Design and Implementation of Goalkeeper Defensive Strategy on the Soccer Robot Simulation Game
p.1176

Relaxed T-S Fuzzy Control Design by Descriptor System Approach
p.1180

Control Scheme of Novel Pressurized Stripper and the Industrial Implementation
p.1184

Direct Adaptive Fuzzy Predictive Control and its Application to CSTR Process
p.1191

Decoupling Control of Dynamic Emulation for Transmission Test Rig
p.1195

Control & Communication Link System Theory and Its Application on Pig Slaughter Control
p.1201

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 241-244Relaxed T-S Fuzzy Control Design by Descriptor...

Relaxed T-S Fuzzy Control Design by Descriptor System Approach

Abstract:

In this paper, the descriptor system based concept is applied to the stabilization for a discrete T-S fuzzy system. The control input vector and state vector are combined to the descriptor system form which leads to fewer Lyapunov inequalities (lower computation demand) than traditional T-S fuzzy stability criteria. Also, the non-parallel distributed compensation (non-PDC) and slack variables are adapted to relax the proposed stability conditions. Finally, the computation effectiveness the proposed stability criterion is demonstrated by a numerical example.