0000000000246551

AUTHOR

Shun Wang

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Robust Finite-Time Control of Switched Linear Systems and Application to a Class of Servomechanism Systems

2015

This paper investigates finite-time (FT) stability and stabilization problems for a class of switched linear systems with polytopic uncertainties. Both stable and unstable subsystems are considered to coexist in the system, and a new concept of extended FT stability is proposed as the first attempt. A stability criterion is first established, where the admissible maximum switching number is obtained while ensuring extended FT stability of switched linear systems with time-varying delays under a given maximum ratio between the running time of unstable subsystems and the running time of stable subsystems. Sufficient conditions on the existence of desired memory state-feedback controllers are …

Class (set theory)Stability criterionLinear systemServomechanismStability (probability)Computer Science Applicationslaw.inventionExponential stabilityControl and Systems EngineeringlawControl theoryCircle criterionElectrical and Electronic EngineeringNumerical stabilityMathematicsIEEE/ASME Transactions on Mechatronics
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