COMPARATIVE STUDY OF LINEAR AND NONLINEAR MIMO FEEDBACK CONFIGURATIONS.

C. A. Desoer; Ching-An Lin

COMPARATIVE STUDY OF LINEAR AND NONLINEAR MIMO FEEDBACK CONFIGURATIONS.

C. A. Desoer^*, Ching-An Lin

^*Corresponding author for this work

Institute of Electrical and Control Engineering

Research output: Contribution to journal › Conference article

Abstract

We compare several feedback configurations which have appeared in the literature (e. g. unity-feedback, model-reference, etc. ). We first consider the linear time-invariant multi-input multi-output case. For each configuration, we specify the stability conditions, examine the relation between achievable I/O maps and the achievable disturbance-to-output maps, and study the effect of various subsystem perturbations on the system performance. In terms of these considerations, we demonstrate that one of the configurations considered is better than all others. The results are then extended to the nonlinear multi-input multi-output case.

Original language	English
Pages (from-to)	242-249
Number of pages	8
Journal	Proceedings of the American Control Conference
Volume	1
State	Published - 1 Dec 1984

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Desoer, C. A., & Lin, C-A. (1984). COMPARATIVE STUDY OF LINEAR AND NONLINEAR MIMO FEEDBACK CONFIGURATIONS. Proceedings of the American Control Conference, 1, 242-249.

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abstract = "We compare several feedback configurations which have appeared in the literature (e. g. unity-feedback, model-reference, etc. ). We first consider the linear time-invariant multi-input multi-output case. For each configuration, we specify the stability conditions, examine the relation between achievable I/O maps and the achievable disturbance-to-output maps, and study the effect of various subsystem perturbations on the system performance. In terms of these considerations, we demonstrate that one of the configurations considered is better than all others. The results are then extended to the nonlinear multi-input multi-output case.",

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N2 - We compare several feedback configurations which have appeared in the literature (e. g. unity-feedback, model-reference, etc. ). We first consider the linear time-invariant multi-input multi-output case. For each configuration, we specify the stability conditions, examine the relation between achievable I/O maps and the achievable disturbance-to-output maps, and study the effect of various subsystem perturbations on the system performance. In terms of these considerations, we demonstrate that one of the configurations considered is better than all others. The results are then extended to the nonlinear multi-input multi-output case.

AB - We compare several feedback configurations which have appeared in the literature (e. g. unity-feedback, model-reference, etc. ). We first consider the linear time-invariant multi-input multi-output case. For each configuration, we specify the stability conditions, examine the relation between achievable I/O maps and the achievable disturbance-to-output maps, and study the effect of various subsystem perturbations on the system performance. In terms of these considerations, we demonstrate that one of the configurations considered is better than all others. The results are then extended to the nonlinear multi-input multi-output case.

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