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IDENTIFICATION OF LINEAR SYSTEMS WITHOUT ASSUMING STABILITY AND MINIMUM PHASE 被引量:1

IDENTIFICATION OF LINEAR SYSTEMS WITHOUT ASSUMING STABILITY AND MINIMUM PHASE
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摘要 For both discrete- and continuous-time linear input-output systems, consistent estimates, are given for unknown coefficients, system orders and time-delay. The proposed methods are characterized by the fact that there is no requirement for stability, minimum phase and any other behaviour of the system and by the fact that the designed experiment is diminishing. The latter fact is important when adaptive control problem is simultaneously solved. For both discrete- and continuous-time linear input-output systems, consistent estimates, are given for unknown coefficients, system orders and time-delay. The proposed methods are characterized by the fact that there is no requirement for stability, minimum phase and any other behaviour of the system and by the fact that the designed experiment is diminishing. The latter fact is important when adaptive control problem is simultaneously solved.
出处 《Science China Mathematics》 SCIE 1990年第6期641-653,共13页 中国科学:数学(英文版)
基金 Project supported by the National Natural Science Foundation of China and by the TWAS RG MP 898-117
关键词 IDENTIFICATION PARAMETER estimation CONTINUOUS-TIME system identification, parameter estimation, continuous-time system
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