An optimal linear regulator calls for feedback of all the state variables in the plant. When some of the state variables are not measurable, an observer can be constructed to estimate the missing state variables. The use of an observer in an optimal linear regulator is shown and it is compared with the optimal regulator with incomplete state feedback. The improvement, in performance by using an observer is demonstrated
The problem of observers has been introduced in control literature. Let us consider a dynamic system...
Model Predictive Control in combination with discrete time nonlinear observer theory is studied in t...
This paper presents a reduced-order linear functional state observer for linear systems with unknown...
Includes bibliographical references (pages 81-83)By utilizing the methods of optimal control theory,...
The control of linear multivariable systems (LMS) where only some of the state variables are directl...
An observer-based controller is a dynamic feedback controller with a two-stage structure. First, the...
In this paper we study the l/sub 1/ optimal estimation problem for linear systems. It has been shown...
International audienceThe paper studies the problem of sliding mode control design for linear system...
A goal of the paper is to proof that a control strategy with unknown disturbance rejection reduces t...
Abstract- This paper presents a simple method to design a full-order observer for linear systems wit...
The paper addresses the problem of an observer design for a nonlinear system for which a preliminary...
Thesis. 1976. Elec.E.--Massachusetts Institute of Technology. Dept. of Electrical Engineering and Co...
In this paper, we consider the problem of constructing partial state and input observers for linear ...
Semi-global stabilization and output regulation of linear systems subject to state and/or input cons...
In a general sense, observation is the problem of ¯nding estimates for the current values of a set o...
The problem of observers has been introduced in control literature. Let us consider a dynamic system...
Model Predictive Control in combination with discrete time nonlinear observer theory is studied in t...
This paper presents a reduced-order linear functional state observer for linear systems with unknown...
Includes bibliographical references (pages 81-83)By utilizing the methods of optimal control theory,...
The control of linear multivariable systems (LMS) where only some of the state variables are directl...
An observer-based controller is a dynamic feedback controller with a two-stage structure. First, the...
In this paper we study the l/sub 1/ optimal estimation problem for linear systems. It has been shown...
International audienceThe paper studies the problem of sliding mode control design for linear system...
A goal of the paper is to proof that a control strategy with unknown disturbance rejection reduces t...
Abstract- This paper presents a simple method to design a full-order observer for linear systems wit...
The paper addresses the problem of an observer design for a nonlinear system for which a preliminary...
Thesis. 1976. Elec.E.--Massachusetts Institute of Technology. Dept. of Electrical Engineering and Co...
In this paper, we consider the problem of constructing partial state and input observers for linear ...
Semi-global stabilization and output regulation of linear systems subject to state and/or input cons...
In a general sense, observation is the problem of ¯nding estimates for the current values of a set o...
The problem of observers has been introduced in control literature. Let us consider a dynamic system...
Model Predictive Control in combination with discrete time nonlinear observer theory is studied in t...
This paper presents a reduced-order linear functional state observer for linear systems with unknown...