Abstract The paper is devoted to the stabilization of linear systems having restricted states and controls. The determination of a 'larger ' region of attraction for these systems is addressed. This region is described by an ellipsoid for which the volume is maximized. Necessary and sufcient LMI condition is given for the derivation of state feedback controllers driving the system asymptotically to the origin without violating the constraints for all states in the attraction region. The approach is illustrated by an example to show the application of our method
summary:In this work we consider the problem of determining and implementing a state feedback stabil...
The concepts of controlled (k, ¿)-contractive sets and set-induced finite-time control Lyapunov func...
Abstract: A variety of control problems require the control action and/or state to be positive. Typi...
In this paper, stabilizing problems in control design are addressed for linear discrete-time systems...
This paper deals with the problem of stabilizing linear discrete-time systems under state and contro...
summary:A previous paper by the same authors presented a general theory solving (finite horizon) fea...
In this paper we study discrete-time linear systems with full or partial constraints on both input a...
Linear systems with magnitude and rate constraints on both the state and control variables are consi...
This paper presents sufficient conditions for the robust stabilization of discrete-time polytopic sy...
International audienceThe chapter deals with the problem of regulation of linear systems around an e...
This note deals with the problem of local stabilization of linear discrete-time systems subject to c...
Abstract — The paper presents a method for designing out-put feedback laws that stabilize a linear s...
Having studied during the last decade several aspects of several control design problems for linear ...
summary:In this work we consider the problem of determining and implementing a state feedback stabil...
The concepts of controlled (k, ¿)-contractive sets and set-induced finite-time control Lyapunov func...
Abstract: A variety of control problems require the control action and/or state to be positive. Typi...
In this paper, stabilizing problems in control design are addressed for linear discrete-time systems...
This paper deals with the problem of stabilizing linear discrete-time systems under state and contro...
summary:A previous paper by the same authors presented a general theory solving (finite horizon) fea...
In this paper we study discrete-time linear systems with full or partial constraints on both input a...
Linear systems with magnitude and rate constraints on both the state and control variables are consi...
This paper presents sufficient conditions for the robust stabilization of discrete-time polytopic sy...
International audienceThe chapter deals with the problem of regulation of linear systems around an e...
This note deals with the problem of local stabilization of linear discrete-time systems subject to c...
Abstract — The paper presents a method for designing out-put feedback laws that stabilize a linear s...
Having studied during the last decade several aspects of several control design problems for linear ...
summary:In this work we consider the problem of determining and implementing a state feedback stabil...
The concepts of controlled (k, ¿)-contractive sets and set-induced finite-time control Lyapunov func...
Abstract: A variety of control problems require the control action and/or state to be positive. Typi...