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COMPLEMENTARY METHOD CONTROL FOR UNCERTAIN NONLINEAR DISCRETE-TIME SYSTEMS


COSTACHE GABRIEL
UNIVERSITY “POLITEHNICA” OF BUCHAREST

Issue:

MOCM, Number 9, Volume II

Section:

Issue No. 9 - Volume II (2003)

Abstract:

In this paper, different cases that describe the benefit of using a complementary control method together with classics controllers, applied to nonlinear discrete-time systems are presented. A high-order iterative learning controller, assisted by a feedback controller, is proposed, with the consideration of a control saturater. Tracking error bounds are functions of the bounds of uncertainty, disturbance, and re-initialization error and. in the case of absence of this elements, tracking error bounds tend to 0.

Keywords:

iterative learning control, nonlinear systems, discrete systems, exogenous disturbance, desired trajectories, P-type ILC, input saturater.

Code [ID]:

MOCM200309V02S01A0010 [0000978]


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