Add to ORKGLinear multivariable control system design using modern control theory, and application to coupled core reactor contro
Given a piece-wise single valued non-linear multivariable plant a design procedure is suggested to m...
Two tutorial examples are presented which illustrate different methods of designing practical multiv...
Frequency-domain methods have provided an established approach to the analysis and design of single-...
An approach for the design of multivariable feedback control systems in the frequency domain is pres...
State variable feedback design of control system for coupled core nuclear reacto
The design, evaluation, and testing of a practical, multivariable, linear quadratic regulator contro...
Control of nonlinear nonautonomous multivariable systems, based on Liapunov functio
multi-input, multi-output feed-back control design for linear systems using the paradigms, theory, a...
The sequential method for multivariable control systems design is reformulated to include full outpu...
Multivariable feedback control has been adapted for optimal control of the spatial power distributio...
A theory and the associated numerical technique are developed for an iterative design improvement of...
ABSTRACT: A systematic procedure is proposed for the design of multivariable feedback control system...
Linear and nonlinear control systems via state variable feedback with applications in nuclear reacto...
AUTOCON is an automated computer-aided design tool for the synthesis and optimization of linear mult...
Linear optimal feedback control theory for nuclear rocket dynamics and control problem
Given a piece-wise single valued non-linear multivariable plant a design procedure is suggested to m...
Two tutorial examples are presented which illustrate different methods of designing practical multiv...
Frequency-domain methods have provided an established approach to the analysis and design of single-...
An approach for the design of multivariable feedback control systems in the frequency domain is pres...
State variable feedback design of control system for coupled core nuclear reacto
The design, evaluation, and testing of a practical, multivariable, linear quadratic regulator contro...
Control of nonlinear nonautonomous multivariable systems, based on Liapunov functio
multi-input, multi-output feed-back control design for linear systems using the paradigms, theory, a...
The sequential method for multivariable control systems design is reformulated to include full outpu...
Multivariable feedback control has been adapted for optimal control of the spatial power distributio...
A theory and the associated numerical technique are developed for an iterative design improvement of...
ABSTRACT: A systematic procedure is proposed for the design of multivariable feedback control system...
Linear and nonlinear control systems via state variable feedback with applications in nuclear reacto...
AUTOCON is an automated computer-aided design tool for the synthesis and optimization of linear mult...
Linear optimal feedback control theory for nuclear rocket dynamics and control problem
Given a piece-wise single valued non-linear multivariable plant a design procedure is suggested to m...
Two tutorial examples are presented which illustrate different methods of designing practical multiv...
Frequency-domain methods have provided an established approach to the analysis and design of single-...