An approach for the design of multivariable feedback control systems in the frequency domain is presented. The techniques handle stability, performance, and robustness aspects of the design problem satisfactorily. The overall approach is systematic and intuitively appealing. A computer-aided control system design package called SFPACK was developed. The new frequency-response design techniques are implemented in the package. The package is interactive and command-driven, and it is used as a teaching tool for helping students to understand the concepts of the design approach. The MAT-LAB-derived control environment in SFPACK is extended to provide the user with an expert system development environment.link_to_subscribed_fulltex
Recent work on the application of complex variable theory to the analysis of linear multivariable sy...
Frequency domain techniques for computer-aided design of multi-variable feedback systems are now wel...
This thesis is concerned with the application of computer-aided design to classical control theory. ...
A multivariable control system design approach in the frequency domain is presented. The issue of co...
Two tutorial examples are presented which illustrate different methods of designing practical multiv...
Abstract:- In this paper, a sequential design method is proposed for analyses and designs of multiva...
multi-input, multi-output feed-back control design for linear systems using the paradigms, theory, a...
This paper describes the development of an expert system in a computer- aided control system package...
This course develops the fundamentals of feedback control using linear transfer function system mode...
Methods of designing multivariable feedback control systems based on system eigenvalues and matrix d...
Given a piece-wise single valued non-linear multivariable plant a design procedure is suggested to m...
Linear multivariable control system design using modern control theory, and application to coupled c...
Design of automatic control systems is a computationally intensive process. This motivates the devel...
A systematic procedure has been developed for the synthesis of robust regulatory control systems com...
Practically all modern control systems are based upon microprocessors and complex microcontrollers t...
Recent work on the application of complex variable theory to the analysis of linear multivariable sy...
Frequency domain techniques for computer-aided design of multi-variable feedback systems are now wel...
This thesis is concerned with the application of computer-aided design to classical control theory. ...
A multivariable control system design approach in the frequency domain is presented. The issue of co...
Two tutorial examples are presented which illustrate different methods of designing practical multiv...
Abstract:- In this paper, a sequential design method is proposed for analyses and designs of multiva...
multi-input, multi-output feed-back control design for linear systems using the paradigms, theory, a...
This paper describes the development of an expert system in a computer- aided control system package...
This course develops the fundamentals of feedback control using linear transfer function system mode...
Methods of designing multivariable feedback control systems based on system eigenvalues and matrix d...
Given a piece-wise single valued non-linear multivariable plant a design procedure is suggested to m...
Linear multivariable control system design using modern control theory, and application to coupled c...
Design of automatic control systems is a computationally intensive process. This motivates the devel...
A systematic procedure has been developed for the synthesis of robust regulatory control systems com...
Practically all modern control systems are based upon microprocessors and complex microcontrollers t...
Recent work on the application of complex variable theory to the analysis of linear multivariable sy...
Frequency domain techniques for computer-aided design of multi-variable feedback systems are now wel...
This thesis is concerned with the application of computer-aided design to classical control theory. ...