Add to ORKGThis thesis examines a first order linear sensitivity and state regulator to illustrate system performance when changes in the plant parameter take place suddenly. It is shown that using a closed loop sensitivity and state feedback design approach to reduce trajectory deviations can result in significant savings in total control effort when compared to the state feedback design approach which neglects sensitivity.Electrical and Computer Engineering, Department o
This paper addresses the sensitivity analysis for hybrid systems with discontinuous (jumping) state ...
A new concept has been developed for designing optimal feedback controllers that will be insensitive...
Process control systems can in general be classified as closed-loop regulator systems which are subj...
In this thesis the utility of using an optimal state and sensitivity feedback control policy to driv...
A new procedure for reducing trajectory sensitivity for the optimal linear regulator is described. T...
This work introduces a methodology for the minimization, in terms of the l2 norm of the tracking err...
The full text of this article is not available on SOAR. WSU users can access the article via IEEE Xp...
A now procedure for the design of sensitivity-reduced control for linear regulators is described. Th...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryContract DA-36-039-AM...
The sensitivity of closed loop system s plane pole positions to variation of a system parameter is i...
A measure of sensitivity is introduced into the performance index of the optimal linear system. The ...
Feedback structures to reduce parameter sensitivity of linear system derived from solution of classi...
Problem. The problem investigates the design of an optimum control system whose system response is t...
This thesis is concerned with the reduction of sensitivity in Linear Optimal Control Systems. The cl...
In this paper a linear plant with variable characteristics is considered. It is assumed that the pla...
This paper addresses the sensitivity analysis for hybrid systems with discontinuous (jumping) state ...
A new concept has been developed for designing optimal feedback controllers that will be insensitive...
Process control systems can in general be classified as closed-loop regulator systems which are subj...
In this thesis the utility of using an optimal state and sensitivity feedback control policy to driv...
A new procedure for reducing trajectory sensitivity for the optimal linear regulator is described. T...
This work introduces a methodology for the minimization, in terms of the l2 norm of the tracking err...
The full text of this article is not available on SOAR. WSU users can access the article via IEEE Xp...
A now procedure for the design of sensitivity-reduced control for linear regulators is described. Th...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryContract DA-36-039-AM...
The sensitivity of closed loop system s plane pole positions to variation of a system parameter is i...
A measure of sensitivity is introduced into the performance index of the optimal linear system. The ...
Feedback structures to reduce parameter sensitivity of linear system derived from solution of classi...
Problem. The problem investigates the design of an optimum control system whose system response is t...
This thesis is concerned with the reduction of sensitivity in Linear Optimal Control Systems. The cl...
In this paper a linear plant with variable characteristics is considered. It is assumed that the pla...
This paper addresses the sensitivity analysis for hybrid systems with discontinuous (jumping) state ...
A new concept has been developed for designing optimal feedback controllers that will be insensitive...
Process control systems can in general be classified as closed-loop regulator systems which are subj...