First Author:Xiushan Cai
Date of Publication:2018-01-01
Journal:IEEE Transactions on Automatic Control
Affiliation of Author(s):数理与信息工程学院
Document Type:期刊
Volume:Vol.63
Issue:No.1
Page Number: 233-240
ISSN No.:0018-9286;1558-2523
Key Words:Delays;Robustness;Linear;systems;Adaptive;control;Backstepping;Numerical;stability;Stability;criteria;Delay;systems;disturbance;attenuation;input-to-state;stabilization;inverse;optimality;linear;predictor;feedback;robustness
Abstract:For linear systems with time-varying input delay and additive disturbances we show that the basic predictor feedback control law is inverse optimal, with respect to a meaningful differential game problem, and establish its robustness to constant multiplic
Translation or Not:no
蔡秀珊
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Gender:Female
Education Level:Graduate student graduate
Alma Mater:上海交通大学
Paper achievements
Input-to-State Stability and Inverse Optimality of Linear Time-Varying-Delay Predictor Feedbacks
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