This thesis deals with the study of competition models of several species of microorganisms on two complementary nutrients in a chemostat. We present different models of competition which lead to a very classical result in the mathematical theory of the chemostat known as: the competitive exclusion principle. This result is corroborated experimentally but contradicted by the natural environment where several species are able to coexist in the long term. Several approaches have been proposed to explain this phenomenon of coexistence. Among these, we are interested in that of multi-nutrient for interspecific competition models with direct interaction and for the density-dependent models. The difficulty in the study of the global asymptotic st...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
International audienceThis paper deals with a complete analysis of a density-dependent model in a ch...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
This thesis deals with the study of competition models of several species of microorganisms on two c...
International audienceIn this paper, we consider the mathematical model of two microbial species com...
International audienceWe study a model of the chemostat with several species in competition on a sin...
We study a model of the chemostat with several species in competition for a single resource. We take...
We study a model of the chemostat with several species in competition on a single resource. We take ...
This thesis focuses on the mathematical analysis of models of several species in competition on a si...
This thesis focuses on the mathematical analysis of models of several species in competition on a si...
We propose a model of competition of n species in a chemostat, with constant input of some species....
The study considers two species competing for one limiting nutrient in an open system like the chemo...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
The study considers two species competing for one limiting nutrient in an open system like the chemo...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
International audienceThis paper deals with a complete analysis of a density-dependent model in a ch...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
This thesis deals with the study of competition models of several species of microorganisms on two c...
International audienceIn this paper, we consider the mathematical model of two microbial species com...
International audienceWe study a model of the chemostat with several species in competition on a sin...
We study a model of the chemostat with several species in competition for a single resource. We take...
We study a model of the chemostat with several species in competition on a single resource. We take ...
This thesis focuses on the mathematical analysis of models of several species in competition on a si...
This thesis focuses on the mathematical analysis of models of several species in competition on a si...
We propose a model of competition of n species in a chemostat, with constant input of some species....
The study considers two species competing for one limiting nutrient in an open system like the chemo...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
The study considers two species competing for one limiting nutrient in an open system like the chemo...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...
International audienceThis paper deals with a complete analysis of a density-dependent model in a ch...
For microbial species competing for one limiting resource in a chemostat, mathematical models lead t...