International audienceTwo goals are sought in this paper: namely, to provide a succinct overview on algebraic techniques for numerical differentiation and parameter estimation for linear systems and to present novel algebraic methods in the case of several variables. The state-of-art in the introduction is followed by a brief description of the methodology in the subsequent sections. Our new algebraic methods are illustrated by two examples in the multidimensional case. Some algebraic preliminaries are given in the appendix
International audienceThe paper aims at developing the first steps toward a symbolic computation app...
International audienceRecent progress in computer algebra has opened new opportunities for the param...
Während für durch gewöhnliche Differentialgleichungen beschriebene Systeme eine Vielzahl an bekannte...
International audienceTwo goals are sought in this paper: namely, to provide a succinct overview on ...
International audience— In this communication, we discuss two estimation problems dealing with parti...
International audienceThis communication revisits the algebra-based results for derivative estimatio...
AbstractThe paper introduces a numerical method to estimate parameters in systems of one-dimensional...
In computational science it is common to describe dynamic systems by mathematical models in forms of...
Many processes in biology, chemistry, physics, medicine, and engineering are modeled by a system of ...
The problem of numerical least squares parameter estimation in differential equations is considered....
AbstractWe present an innovative method for multivariate numerical differentiation i.e. the estimati...
This report describes how parameter estimation can be performed in linear DAE systems. Both time dom...
AbstractA method for the solution of systems of linear algebraic equations is presented. It is deriv...
International audienceWe present an innovative method for multivariate numerical differentiation i.e...
International audienceThe historical developments, parametrization, and numerous applications of alg...
International audienceThe paper aims at developing the first steps toward a symbolic computation app...
International audienceRecent progress in computer algebra has opened new opportunities for the param...
Während für durch gewöhnliche Differentialgleichungen beschriebene Systeme eine Vielzahl an bekannte...
International audienceTwo goals are sought in this paper: namely, to provide a succinct overview on ...
International audience— In this communication, we discuss two estimation problems dealing with parti...
International audienceThis communication revisits the algebra-based results for derivative estimatio...
AbstractThe paper introduces a numerical method to estimate parameters in systems of one-dimensional...
In computational science it is common to describe dynamic systems by mathematical models in forms of...
Many processes in biology, chemistry, physics, medicine, and engineering are modeled by a system of ...
The problem of numerical least squares parameter estimation in differential equations is considered....
AbstractWe present an innovative method for multivariate numerical differentiation i.e. the estimati...
This report describes how parameter estimation can be performed in linear DAE systems. Both time dom...
AbstractA method for the solution of systems of linear algebraic equations is presented. It is deriv...
International audienceWe present an innovative method for multivariate numerical differentiation i.e...
International audienceThe historical developments, parametrization, and numerous applications of alg...
International audienceThe paper aims at developing the first steps toward a symbolic computation app...
International audienceRecent progress in computer algebra has opened new opportunities for the param...
Während für durch gewöhnliche Differentialgleichungen beschriebene Systeme eine Vielzahl an bekannte...