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    Please use this identifier to cite or link to this item: http://140.128.103.80:8080/handle/310901/9461


    Title: H∞ State Feedback Control of Smart Beam-plates via the Descriptor System Approach
    Other Titles: 由描述系統建立智慧樑板之H∞狀態控制器
    Authors: 葉芳柏;黃皇男
    Yeh, Fang-bo;Huang, Huang-nan
    Contributors: 東海大學理學院
    Keywords: State feedback controller;Descriptor system;Game theory;Bounded real lemma;狀態回饋控制器;描述系統;對局理論;界實引理
    Date: 2000-07-01
    Issue Date: 2011-06-21T01:08:48Z (UTC)
    Publisher: 台中市:東海大學
    Abstract: 本文主要目的在探討描述系統架構下之相關控制理論。首先以變分法建立單人對局理論,再進一步經由推導最佳控制理對界實引理,而發展強健H∞狀態回饋控制率。為瞭解此控制率的效用,文中並以智慧樑板結構為例,設計減震控制器,同時採用數值計算以驗證之。
    Through the calculus of variation for establishing one-player game theory, an optimal control theory and bounded real lemma for descriptor systems are conducted to develop a design method for robust H∞ control laws. Thereafter, the developed control methods are applied to treat vibration suppression for beam-plate structures. Numerical simulation is presented to illustrate the design procedure for state feedback controller.
    Relation: 東海科學第2卷, p.21-44
    Appears in Collections:[理學院] (校內出版品)東海科學

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