AbstractFor linear descriptor systems of the form Eẋ = Ax + Bu, the different kinds of controllability are analyzed by graph-theoretic means. Starting from known algebraic criteria, digraph conditions for structural r-controllability, structural impulse controllability, and structural complete controllability are derived. A nontrivial electrical example system illustrates the application of the results
AbstractA new methodology is proposed for the characterization of the controllability indices of lin...
AbstractIn this paper, under assumptions that the linear nominal descriptor system is regular and co...
In this paper, we investigate several theoretical and computational aspects of fundamental subspaces...
AbstractFor linear descriptor systems of the form Eẋ = Ax + Bu, the different kinds of controllabil...
summary:Contrary to state space systems, there are different notions of controllability for linear t...
summary:Contrary to state space systems, there are different notions of controllability for linear t...
summary:Contrary to state space systems, there are different notions of controllability for linear t...
International audienceDifferent properties of general linear descriptor systems are reviewed (existe...
AbstractA general linear descriptor system Eitẋ = Ax + Bu, where E, A∈Cn, n, B∈Cn, m x∈Cn, u∈Cm, E ...
This paper addresses questions regarding controllability for ‘generic parameter ’ dynamical systems,...
This article deals with strong structural controllability of linear systems. In contrast to the exis...
This article deals with strong structural controllability of linear systems. In contrast to the exis...
This article deals with strong structural controllability of linear systems. In contrast to the exis...
This brief studies the controllability of linear descriptor systems with multiple time delays in con...
AbstractContinuous descriptor systems EẋAx+Bu, yCx, where E is a possibly singular matrix, are sy...
AbstractA new methodology is proposed for the characterization of the controllability indices of lin...
AbstractIn this paper, under assumptions that the linear nominal descriptor system is regular and co...
In this paper, we investigate several theoretical and computational aspects of fundamental subspaces...
AbstractFor linear descriptor systems of the form Eẋ = Ax + Bu, the different kinds of controllabil...
summary:Contrary to state space systems, there are different notions of controllability for linear t...
summary:Contrary to state space systems, there are different notions of controllability for linear t...
summary:Contrary to state space systems, there are different notions of controllability for linear t...
International audienceDifferent properties of general linear descriptor systems are reviewed (existe...
AbstractA general linear descriptor system Eitẋ = Ax + Bu, where E, A∈Cn, n, B∈Cn, m x∈Cn, u∈Cm, E ...
This paper addresses questions regarding controllability for ‘generic parameter ’ dynamical systems,...
This article deals with strong structural controllability of linear systems. In contrast to the exis...
This article deals with strong structural controllability of linear systems. In contrast to the exis...
This article deals with strong structural controllability of linear systems. In contrast to the exis...
This brief studies the controllability of linear descriptor systems with multiple time delays in con...
AbstractContinuous descriptor systems EẋAx+Bu, yCx, where E is a possibly singular matrix, are sy...
AbstractA new methodology is proposed for the characterization of the controllability indices of lin...
AbstractIn this paper, under assumptions that the linear nominal descriptor system is regular and co...
In this paper, we investigate several theoretical and computational aspects of fundamental subspaces...