2010
DOI: 10.4028/www.scientific.net/kem.439-440.960
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Reliable Guaranteed Cost Control for Uncertain Time-Lag Systems of Actuator Failures

Abstract: Focusing on a type of uncertain continual time-lag systems, study on the designing problems of law in reliable guaranteed cost feedback control when actuators are in fault condition of continuous-gain. Apply of the processing method of linear matrix inequality, derived out the condition that reliable guaranteed cost exist, and give out the parameterized representation of all the reliable guaranteed cost control law. In this foundation, we can further obtained the designing method of optimal reliable guaranteed… Show more

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“…Using the Schur complement again, and by ( 12), ( 13), we can get [ ] Thus, the minimization of (42) implies the minimization of the guaranteed cost for the system (1). The optimality of the solutions of the optimization problem (37) follows from the convexity of the objective function and of the constraints, which ensures that a global optimum, when it exists, is reachable.…”
Section: T T T T V T X T Sx T T X T T Sx T T X T Sx T D X T T Sx T Tmentioning
confidence: 99%
See 1 more Smart Citation
“…Using the Schur complement again, and by ( 12), ( 13), we can get [ ] Thus, the minimization of (42) implies the minimization of the guaranteed cost for the system (1). The optimality of the solutions of the optimization problem (37) follows from the convexity of the objective function and of the constraints, which ensures that a global optimum, when it exists, is reachable.…”
Section: T T T T V T X T Sx T T X T T Sx T T X T Sx T D X T T Sx T Tmentioning
confidence: 99%
“…It is also desirable to design a control system which is not only stable but also guarantees an adequate level of performance. One approach to this problem is the so-called guaranteed cost control approach [1]. This approach has the advantage of providing an upper bound on a given performance index and thus the system performance degradation incurred by the uncertainties is guaranteed to be less than this bound.…”
Section: Introductionmentioning
confidence: 99%