International audienceDifferential algebra is an algebraic theory for differential equations (ordinary or with partial derivatives, linear or non linear). It involves an elimination theory which is completely algorithmic since the mid 1990s. In addition to the numerous applications which have been developed in control theory for more than twenty years, it was recently shown that differential elimination makes algorithmic a rigorous quasi steady state approximation method for generalized chemical reaction systems. This result was recently succesfully applied to model reduction problems in cellular modeling. This paper presents this recent advance in connection with a new MAPLE package (with new functionalities). This package is built over th...
We consider the problem of counting (stable) equilibriums of an important family of algebraic differ...
Biochemical reactions play a crucial role and tell us many about the behavior of the biological regu...
Engineers and other applied scientists are frequently faced with models of complex systems for which...
tutorial talk for AB 2008.International audienceAmong all the modeling approaches dedicated to cellu...
Differential algebra is an algebraic theory for studying systems of polynomial ordinary differential...
Extended abstract of an invited talk at Differential Algebra and related Computer Algebra (Catania, ...
International audienceThis paper describes applications of a computer algebra method, differential e...
International audienceThis paper presents the first version of an algorithmic scheme dedicated to th...
The 1)rimary focus of this work is the design and implementation of efficient differential eliminati...
Abstract Chemical mechanisms for even simple reaction networks involve many highly reactive and shor...
There exist different schemes of model reduction for parametric ordinary differential systems arisin...
This paper discusses the implementation of a reduction algorithm for differential-algebraic systems ...
Abstract. Differential equations are a classical approach for biochemical system modelling and have ...
In this paper methods from differential algebra are used to study the structural identifiability of ...
In this paper, we consider a polynomial differential system of degree n, which was given from a gene...
We consider the problem of counting (stable) equilibriums of an important family of algebraic differ...
Biochemical reactions play a crucial role and tell us many about the behavior of the biological regu...
Engineers and other applied scientists are frequently faced with models of complex systems for which...
tutorial talk for AB 2008.International audienceAmong all the modeling approaches dedicated to cellu...
Differential algebra is an algebraic theory for studying systems of polynomial ordinary differential...
Extended abstract of an invited talk at Differential Algebra and related Computer Algebra (Catania, ...
International audienceThis paper describes applications of a computer algebra method, differential e...
International audienceThis paper presents the first version of an algorithmic scheme dedicated to th...
The 1)rimary focus of this work is the design and implementation of efficient differential eliminati...
Abstract Chemical mechanisms for even simple reaction networks involve many highly reactive and shor...
There exist different schemes of model reduction for parametric ordinary differential systems arisin...
This paper discusses the implementation of a reduction algorithm for differential-algebraic systems ...
Abstract. Differential equations are a classical approach for biochemical system modelling and have ...
In this paper methods from differential algebra are used to study the structural identifiability of ...
In this paper, we consider a polynomial differential system of degree n, which was given from a gene...
We consider the problem of counting (stable) equilibriums of an important family of algebraic differ...
Biochemical reactions play a crucial role and tell us many about the behavior of the biological regu...
Engineers and other applied scientists are frequently faced with models of complex systems for which...