This paper addresses the use of multidimensional scaling in the evaluation of controller performance. Several nonlinear systems are analyzed based on the closed loop time response under the action of a reference step input signal. Three alternative performance indices, based on the time response, Fourier analysis, and mutual information, are tested. The numerical experiments demonstrate the feasibility of the proposed methodology and motivate its extension for other performance measures and new classes of nonlinearities
A numerical algorithm for computing necessary conditions for performance specifications is developed...
Some new concepts characterizing the response of nonlinear systems are developed. These new concepts...
In an earlier paper, the authors derived bounds on the worst-case deviation that the response of a n...
This paper addresses the use of multidimensional scaling in the evaluation of control system perform...
This paper addresses the use of multidimensional scaling in the evaluation of control system perform...
This paper addresses the use of multidimensional scaling in the evaluation of fractional system appr...
AbstractThis paper investigates the use of multidimensional scaling in the evaluation of fractional ...
This article presents a novel method for visualizing the control systems behavior. The proposed sche...
Abstract: In this paper, a new local measure of linear controller performance is introduced for line...
This paper explores the use of multidimensional scaling for analyzing the dynamics of the N-link pla...
Abstract-This paper aims at assessing the setpoint tracking performance of proportional-integral-der...
AbstractWhen multidimensional scaling of n cases is derived from dissimilarities that are functions ...
When multidimensional scaling of n cases is derived from dissimilarities that are functions of p bas...
Assessing the quality of industrial control loops is an important auditing task for the control engi...
Detection and classification of nonlinearities in motion systems becomes of increasing importance wi...
A numerical algorithm for computing necessary conditions for performance specifications is developed...
Some new concepts characterizing the response of nonlinear systems are developed. These new concepts...
In an earlier paper, the authors derived bounds on the worst-case deviation that the response of a n...
This paper addresses the use of multidimensional scaling in the evaluation of control system perform...
This paper addresses the use of multidimensional scaling in the evaluation of control system perform...
This paper addresses the use of multidimensional scaling in the evaluation of fractional system appr...
AbstractThis paper investigates the use of multidimensional scaling in the evaluation of fractional ...
This article presents a novel method for visualizing the control systems behavior. The proposed sche...
Abstract: In this paper, a new local measure of linear controller performance is introduced for line...
This paper explores the use of multidimensional scaling for analyzing the dynamics of the N-link pla...
Abstract-This paper aims at assessing the setpoint tracking performance of proportional-integral-der...
AbstractWhen multidimensional scaling of n cases is derived from dissimilarities that are functions ...
When multidimensional scaling of n cases is derived from dissimilarities that are functions of p bas...
Assessing the quality of industrial control loops is an important auditing task for the control engi...
Detection and classification of nonlinearities in motion systems becomes of increasing importance wi...
A numerical algorithm for computing necessary conditions for performance specifications is developed...
Some new concepts characterizing the response of nonlinear systems are developed. These new concepts...
In an earlier paper, the authors derived bounds on the worst-case deviation that the response of a n...