井冈山大学学报（自然科学版）
井岡山大學學報（自然科學版）
정강산대학학보（자연과학판）
JOURNAL OF JINGGANGSHAN UNIVERSITY(SCIENCE AND TECHNOLOGY)
2013年
1期
5-10
,共6页
稳定性分析%脉冲切换系统%输入时滞%奇异干扰%鲁棒镇定
穩定性分析%脈遲切換繫統%輸入時滯%奇異榦擾%魯棒鎮定
은정성분석%맥충절환계통%수입시체%기이간우%로봉진정
stability analysis%impulsive switched systems%input delay%singularly perturbation%robust stabilization
研究一类带有奇异干扰和输入时滞的不确定脉冲切换系统的稳定性和切换控制器设计问题.通过使用还原方法和多 Lyapunov 函数技术,并且设计了一定的时滞控制器,从而建立了保证这类脉冲切换系统鲁棒渐近镇定的充分条件.最后,一个数值算例表明结论的有效性.
研究一類帶有奇異榦擾和輸入時滯的不確定脈遲切換繫統的穩定性和切換控製器設計問題.通過使用還原方法和多 Lyapunov 函數技術,併且設計瞭一定的時滯控製器,從而建立瞭保證這類脈遲切換繫統魯棒漸近鎮定的充分條件.最後,一箇數值算例錶明結論的有效性.
연구일류대유기이간우화수입시체적불학정맥충절환계통적은정성화절환공제기설계문제.통과사용환원방법화다 Lyapunov 함수기술,병차설계료일정적시체공제기,종이건립료보증저류맥충절환계통로봉점근진정적충분조건.최후,일개수치산례표명결론적유효성.
Asymptotically stabilization and the design of switching controllers for a class of singularly perturbed uncertain impulsive switched systems with input delay is studied based on the receding horizon method and multiple Lyapunov function technology. Furthermore, a certain delayed controller is designed and some sufficient conditions are established which guarantee the class of system is robust asymptotically stabilizable. Finally, a numerical example is presented to illustrate the effectiveness of the result obtained.
