Add to ORKGInternational audienceIn this paper, we show how stabilizing controllers for 2D systems can effectively be computed based on computer algebra methods dedicated to polynomial systems, module theory and homological algebra. The complete chain of algorithms for the computation of stabilizing controllers, implemented in Maple, is illustrated with an explicit example
This paper shows how Gröbner bases can be used to solve some common problems in nonlinear systems th...
AbstractThis paper describes an algorithm for the following problem: given two multivariate complex ...
The author discusses a number of numerical linear algebra techniques for large scale problems in sys...
International audienceIn this paper, we show how stabilizing controllers for 2D systems can effectiv...
The paper stresses the relevance of polynomial matrices in three differ-ent approaches to the analys...
In this correspondence, we will establish polynomial algorithms for computation of controllers in th...
In this correspondence, we will establish polynomial algorithms for computation of controllers in th...
Polynomial matrices over fields and rings provide a unifying framework for many control system desig...
International audienceIn this paper, we study the internal stabilizability and internal stabilizatio...
Aim of this letter is to apply numerical algebraic geometry to the strong stabilization problem with...
An alternative notion of a stabilizing controller is presented. Being defined in terms of the trajec...
Abstract — This paper is celebrating the increment of interest in the application of computer algebr...
This paper shows how Gröbner bases can be used to solve some common problems in nonlinear systems th...
AbstractThis paper describes an algorithm for the following problem: given two multivariate complex ...
The author discusses a number of numerical linear algebra techniques for large scale problems in sys...
International audienceIn this paper, we show how stabilizing controllers for 2D systems can effectiv...
The paper stresses the relevance of polynomial matrices in three differ-ent approaches to the analys...
In this correspondence, we will establish polynomial algorithms for computation of controllers in th...
In this correspondence, we will establish polynomial algorithms for computation of controllers in th...
Polynomial matrices over fields and rings provide a unifying framework for many control system desig...
International audienceIn this paper, we study the internal stabilizability and internal stabilizatio...
Aim of this letter is to apply numerical algebraic geometry to the strong stabilization problem with...
An alternative notion of a stabilizing controller is presented. Being defined in terms of the trajec...
Abstract — This paper is celebrating the increment of interest in the application of computer algebr...
This paper shows how Gröbner bases can be used to solve some common problems in nonlinear systems th...
AbstractThis paper describes an algorithm for the following problem: given two multivariate complex ...
The author discusses a number of numerical linear algebra techniques for large scale problems in sys...