Controller design for scalar or multivariable systems whose models are unknown or highly complex are frequently based in practice upon the use of a highly simplified approximate plant model. In such circumstances it is vital to be able to quantify the degree of uncertainty to be expected from the use of such a model for prediction of closed-loop characteristics
The problem of controller design for an unknown discrete or continuous multivariable system in the f...
Abstract quantitative measures of the robustness of multivariable feedback systems with respect to f...
Methods for the design of robust controllers for nonlinear systems, especially manipulators, are inv...
Controller design for continuous and discrete multivaruable systems whose models are unknown or high...
Controller design for continuous and discrete systems whose models are unknown or highly complex are...
Controller design for scalar or multivariable systems whose models are unknown or highly complex are...
Closed-loop control system design are frequently based on the use of a simplified model either becau...
Closed-loop control system designs are frequently based on the use of a simplified model either beca...
Some recent reuilts in controller design for unknown discrete multivariable plant are extended to in...
The problem of controller design for a (possibly unknown) discrete or continuous multivariable syste...
The paper considers the problems of controller design for unknown or badly-defined multivariable sys...
The paper considers the use of discrete and continuous, first order, linear, multivariable, approxim...
Controller design for multivariable systems whose models are unknown or highly complex are frequentl...
The robustness of control designs is still an active research area. The work includes assessing the ...
Recent work on the design of robust proportional plus integral process controllers for unknown minim...
The problem of controller design for an unknown discrete or continuous multivariable system in the f...
Abstract quantitative measures of the robustness of multivariable feedback systems with respect to f...
Methods for the design of robust controllers for nonlinear systems, especially manipulators, are inv...
Controller design for continuous and discrete multivaruable systems whose models are unknown or high...
Controller design for continuous and discrete systems whose models are unknown or highly complex are...
Controller design for scalar or multivariable systems whose models are unknown or highly complex are...
Closed-loop control system design are frequently based on the use of a simplified model either becau...
Closed-loop control system designs are frequently based on the use of a simplified model either beca...
Some recent reuilts in controller design for unknown discrete multivariable plant are extended to in...
The problem of controller design for a (possibly unknown) discrete or continuous multivariable syste...
The paper considers the problems of controller design for unknown or badly-defined multivariable sys...
The paper considers the use of discrete and continuous, first order, linear, multivariable, approxim...
Controller design for multivariable systems whose models are unknown or highly complex are frequentl...
The robustness of control designs is still an active research area. The work includes assessing the ...
Recent work on the design of robust proportional plus integral process controllers for unknown minim...
The problem of controller design for an unknown discrete or continuous multivariable system in the f...
Abstract quantitative measures of the robustness of multivariable feedback systems with respect to f...
Methods for the design of robust controllers for nonlinear systems, especially manipulators, are inv...