Adaptive Learning and Control Using Sliding Modes
A dynamic sliding mode controller design method is proposed. The method uses a novel choice of the sliding surface to effect asymptotic linearisation of nonlinear differential input output systems and a class of state space systems. The stability of the overall system, i.e. a canonical state space form with a dynamic feedback, is analysed. ; This method is shown to be able to control a fairly general class of systems, including some which are not linearizable by dynamic feedback, using a chatter free control. The theoretical results are applied to the control of a particular single input system which is not dynamic feedback linearizable.
Zielona Góra: Uniwersytet Zielonogórski
AMCS, volume 8, number 1 (1998) ; click here to follow the link
Biblioteka Uniwersytetu Zielonogórskiego
Jul 14, 2025
Dec 18, 2020
131
https://www.zbc.uz.zgora.pl/publication/64631
Edition name | Date |
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A new sliding mode approach to asymptotic feedback linearisation with application to the control of non-flat systems | Jul 14, 2025 |
Kaczorek, Tadeusz (1932- ) Triggiani, Roberto- ed. Maksimov, Vyacheslav I. - ed.
Ling, Wei-Ming Rivera, Daniel E. Skliar, Mikhail - red. Ramirez, W. Fred - red.
Duever, Thomas A. Penlidis, Alexander Skliar, Mikhail - red. Ramirez, W. Fred - red.
Yin, K. Karen Li, Xing Bonde, John Richards, Carl Cholwek, Gary Skliar, Mikhail - red. Ramirez, W. Fred - red.
Klein, Eric J. Rivera, Sheyla L. Skliar, Mikhail - red. Ramirez, W. Fred - red.
Tholudur, Arun Ramirez, W. Fred Skliar, Mikhail - red. Ramirez, W. Fred - red.
Luo, Ningsu De La Sen, Manuel Rodellar, José Yu, Xinghuo - red.
Elliott, Stephen J. Logemann, Hartmut - red. Townley, Stuart - red.