Robust h disturbance attenuation design for sampled - data systems 魯棒擾動抑制設計
The lifting technique for sampled - data systems : useful or useless 采樣系統的提升技術:是與非
A digital redesign method of robust controller in sampled - data system 采樣系統魯棒控制器的一種設計方法
Robust stability for sampled - data systems with structured uncertainty 結構不確定性采樣控制系統的魯棒穩定性
Sample - data system 取樣數據系統
The switched - current ( si ) circuit reported by j . b . hughes et al . in 1989 is the current domain sampled - data system 開關電流電路是1989年由hughesj . b .等人提出的。
It is pointed out that the lifting technique is not suitable for h ( subscript ) synthesis with weighting functions of sampled - data systems 摘要提升技術已成為采樣系統設計的主要工具,但提升變換不能保證頻率響應不變,故不適用于加權(函數) h (下標)設計。
The approach we use for the former is similar to the one for linear sampled - data systems because the exact discrete - time model just coincides a state of the continuous - time plant at sampling instants 第六部分:首先研究可容許采樣周期的上界t ’的存在性及其估計,指出t ’實際上是近似離散化閉環系統的一個奇異點
This dissertation is about the h _ design for sampled - data control systems . problems from the design by using the popular lifting technique are discussed andanalyzed , and new methods for the h _ design of sampled - data systems areproposed 本論文研究采樣控制系統的h _設計。分析了近年來流行的提升法在設計中的問題,提出了適用于采樣系統h _設計的新方法。
Furthermore , various tools of nonlinear control design are introduced the paper is organized as follows : in the part one , we introduce a background and currant research situation of nonlinear sampled - data systems using digital controller designed on the base of the approximation and brief a main ide 第六部分:問題的總結和展望,提出未解決的問題以及研究方向.在固定采樣間隔條件下,基于近似離散化模型上設計一的采樣控制器控制其連續