Abstract

In this paper, a modified predictor based on the predictive scheme proposed by V. Lechappe is developed to construct a predictor-based controller. It has been shown that this controller can attenuate the unknown additive disturbances for linear time invariant (LTI) systems with a constant and known input delay. Moreover, a comparison with the work from V. Lechappe is presented, which proves that a better attenuation is achieved by utilizing the modified predictor-based controller for time-varying disturbances. And for constant disturbances, the controller based on this modified predictor can also reject the disturbances perfectly. Finally, a numerical example is given to verify these results about constant and time-varying disturbances.

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