Robust state-predictive control with separation property: A reduced-state design for control systems with non-equal time delays
✍ Scribed by Bogdan Marinescu; Henri Bourlès
- Book ID
- 104105800
- Publisher
- Elsevier Science
- Year
- 2000
- Tongue
- English
- Weight
- 184 KB
- Volume
- 36
- Category
- Article
- ISSN
- 0005-1098
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✦ Synopsis
A robust state-predictive control strategy is proposed for discrete-time multi-input/output systems with non-equal delays on signal buses. It is based on a separation property between control and prediction. The input delays are taken into account in the control law synthesis and the output delays are handled using an original steady-state Kalman predictor of order equal to the length of the state of the system without delays. Robustness, especially against uncertain delays, is improved using a state extension in the predictive gain synthesis. The classic optimal separation theorem (in the case of an one step predictor) is extended to the general case of a d#1 step prediction for a delayed discrete-time system.
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This paper mainly studies quadratic stabilization and robust H" controller design,Jcn linear uncertain dynamic systems with delayed state and control. The paper presents a static state feedback controller which stabilizes the plant and reduces the ejject qf the disturbance input on the controlled ou