Differential algebra is an algebraic theory for studying systems of polynomial ordinary differential equations (ODE). Among all the methods developed for system modeling in cellular biology, it is particularly related to the well-established approach based on nonlinear ODE. A sub-theory of the differential algebra, the differential elimination, has proved to be useful in the parameters estimation problem. It seems however still more promising in the quasi-steady state approximation theory, recent results show
We consider parameter estimation in ordinary differential equations (ODEs) from completely observed ...
We develop new upper bounds for several effective differential elimination techniques for systems of...
This paper presents the first version of an algorithmic scheme dedi-cated to the model reduction pro...
Extended abstract of an invited talk at Differential Algebra and related Computer Algebra (Catania, ...
tutorial talk for AB 2008.International audienceAmong all the modeling approaches dedicated to cellu...
International audienceDifferential algebra is an algebraic theory for differential equations (ordina...
The author examines the connection between classical differential algebra of Ritt and Kolchin and di...
International audienceThis paper describes applications of a computer algebra method, differential e...
In this paper methods from differential algebra are used to study the structural identifiability of ...
Many mathematical models in biology and physiology are represented by systems of nonlinear different...
Abstract. Differential equations are a classical approach for biochemical system modelling and have ...
Their action in various biological processes, including the processes occurring in the laws of natur...
I survey some of the model-theoretic work on differential algebra and related topics. 1 Introduction...
In this paper methods from differential algebra are used to study the structural identifiability of ...
The application of ordinary differential equations to modelling the physical world is extensive and ...
We consider parameter estimation in ordinary differential equations (ODEs) from completely observed ...
We develop new upper bounds for several effective differential elimination techniques for systems of...
This paper presents the first version of an algorithmic scheme dedi-cated to the model reduction pro...
Extended abstract of an invited talk at Differential Algebra and related Computer Algebra (Catania, ...
tutorial talk for AB 2008.International audienceAmong all the modeling approaches dedicated to cellu...
International audienceDifferential algebra is an algebraic theory for differential equations (ordina...
The author examines the connection between classical differential algebra of Ritt and Kolchin and di...
International audienceThis paper describes applications of a computer algebra method, differential e...
In this paper methods from differential algebra are used to study the structural identifiability of ...
Many mathematical models in biology and physiology are represented by systems of nonlinear different...
Abstract. Differential equations are a classical approach for biochemical system modelling and have ...
Their action in various biological processes, including the processes occurring in the laws of natur...
I survey some of the model-theoretic work on differential algebra and related topics. 1 Introduction...
In this paper methods from differential algebra are used to study the structural identifiability of ...
The application of ordinary differential equations to modelling the physical world is extensive and ...
We consider parameter estimation in ordinary differential equations (ODEs) from completely observed ...
We develop new upper bounds for several effective differential elimination techniques for systems of...
This paper presents the first version of an algorithmic scheme dedi-cated to the model reduction pro...