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Автор Owens, D.H.
Автор Rogers, E.
Дата выпуска 1992
dc.description Multi-pass or repetitive systems are 2-D systems evolving with respect to one discrete and one discrete or continuous variable. Physically, they are systems involving repetitive action with interaction between successive passes through the system dynamics. The paper describes the stability theory for such processes and demonstrates the relationship between stability criteria and the H-infinity-norm of an appropriate transfer-function matrix (TFM). Based upon feedback control structures, the problem of stabilisation is formulated as an H-infinity-norm optimisation problem with solution having a natural interpretation in terms of robustness margins. The role of high-gain feedback and control structure in stabilisation is illustrated by a number of simple examples. The presentation aims to define problems to stimulate research in the area rather than to provide complete solutions.
Издатель Sage Publications
Тема H-infinity-control
Тема 2-D systems
Тема multi-pass processes
Тема stability
Тема control systems design
Название H-infinity-norm minimisation and the stabilisation of systems with repetitive dynamics
Тип Journal Article
DOI 10.1177/014233129201400302
Print ISSN 0142-3312
Журнал Transactions of the Institute of Measurement & Control
Том 14
Первая страница 126
Последняя страница 129
Аффилиация Owens, D.H., School of Engineering, University of Exeter
Аффилиация Rogers, E., Dept of Aeronautics and Astronautics, University of Southampton
Выпуск 3
Библиографическая ссылка Edwards, J.B. and Owens, D.H. 1982. Analysis and control of multipass processes, Research Studies Press.
Библиографическая ссылка Maciejowski, J.M.1989. Multivariable feedback design, Addison-Wesley .
Библиографическая ссылка Owens, D.H.1978. Feedback and multivariable systems. PeterPeregrinus.
Библиографическая ссылка Rogers, E. and Owens, D.H. 1992 (to appear). Stability analysis for linear repetitive processes , Springer-Verlag Control and Information Sciences , Berlin, Germany.

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