An extension of predictive control, PID regulators and Smith predictors to some linear delay systems
Michel Fliess, Richard Márquez, Hugues Mounier
Abstract
Michel Fliess, Richard Márquez, Hugues Mounier
Abstract
We investigate an extension of predictive control, PID controllers, and Smith predictors to some classes of linear delay systems which are most encountered in practice. The predictive part is provided by extending flatness-based predictive control. Generalized PI regulators lead to a 'PID and Smith predictor'-like scheme which permits us to easily handle (deadtime-dominant) unstable systems. Numerous examples with thorough simulations demonstrate the performance of the proposed control strategy.
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We investigate an extension of predictive control, PID controllers, and Smith predictors to some classes of linear delay systems which are most encountered in practice. The predictive part is provided by extending flatness-based predictive control. Generalized PI regulators lead to a 'PID and Smith predictor'-like scheme which permits us to easily handle (deadtime-dominant) unstable systems. Numerous examples with thorough simulations demonstrate the performance of the proposed control strategy.
Key concepts: Model predictive control, Smith predictor, Control theory (sociology), PID controller, Flatness (cosmology), Extension (predicate logic), Control (management), Control engineering