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LAAS at Toulouse - an overview / Preliminary results about anti-windup strategy for systems subject to actuator and sensor saturations

This paper addresses the problems of the design of anti-windup schemes for linear systems subject to amplitude limitations in actuator and sensor. The design of anti-windup loops, using both measured and estimated variables, is considered in order to enlarge the region of stability of the closed-loop system, whereas some performance in terms of bounded controlled output is guaranteed. Based on the modelling of the closed-loop saturated system including the observer loop as a linear system with dead-zone nested nonlinearities, constructive stability conditions are formulated in terms of linear matrix inequalities by using Finsler's Lemma. Keywords: Anti-windup scheme, actuator and sensor saturations, observer, stability regions, LMI ----

Type of Seminar:
Public Seminar
Dr. S. Tarbouriech and Prof. G. Garcia
Laas Laboratoire d' Architecture et d' Analyse des Systemes, Toulouse, France
Apr 15, 2005   11:00

ETH Zentrum, Physikstrasse 3, Building ETL, Room K 25
Contact Person:

Prof. A. Glattfelder
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