International audienceThe chemostat is classically represented, at high popula- tion scale, as a system of ordinary differential equations. Our goal is to establish a set of stochastic models that are valid at different scales. At a microscopic scale we present a pure jump stochastic model that gives rise, at the macroscopic scale, to the ordinary differential equation model. At an intermediate scale, a diffusion approximation allows us to propose a model in the form of a system of stochastic differential equations
International audienceIn the context of biology and ecology, stochastic differential equations (SDE)...
International audienceIn the context of biology and ecology, stochastic differential equations (SDE)...
We consider in this paper mathematical models that describe physical processes, applying stochastic ...
International audienceThe chemostat is classically represented, at large population scale, as a syst...
International audienceThe evolution of the state of a single species/single substrate chemostat is u...
International audiencePopulation dynamics and in particular microbial population dynamics, though in...
International audiencePopulation dynamics and in particular microbial population dynamics, though in...
International audiencePopulation dynamics and in particular microbial population dynamics, though in...
Population dynamics and in particular microbial population dynamics, though they are complex but als...
International audienceThe AM28 model is conventionally represented, in large population, as a system...
International audienceThe AM28 model is conventionally represented, in large population, as a system...
Using concrete examples, we discuss the current and potential use of stochastic ordinary differentia...
International audienceIn the context of biology and ecology, stochastic differential equations (SDE)...
International audienceThe AM28 model is conventionally represented, in large population, as a system...
International audienceThe AM28 model is conventionally represented, in large population, as a system...
International audienceIn the context of biology and ecology, stochastic differential equations (SDE)...
International audienceIn the context of biology and ecology, stochastic differential equations (SDE)...
We consider in this paper mathematical models that describe physical processes, applying stochastic ...
International audienceThe chemostat is classically represented, at large population scale, as a syst...
International audienceThe evolution of the state of a single species/single substrate chemostat is u...
International audiencePopulation dynamics and in particular microbial population dynamics, though in...
International audiencePopulation dynamics and in particular microbial population dynamics, though in...
International audiencePopulation dynamics and in particular microbial population dynamics, though in...
Population dynamics and in particular microbial population dynamics, though they are complex but als...
International audienceThe AM28 model is conventionally represented, in large population, as a system...
International audienceThe AM28 model is conventionally represented, in large population, as a system...
Using concrete examples, we discuss the current and potential use of stochastic ordinary differentia...
International audienceIn the context of biology and ecology, stochastic differential equations (SDE)...
International audienceThe AM28 model is conventionally represented, in large population, as a system...
International audienceThe AM28 model is conventionally represented, in large population, as a system...
International audienceIn the context of biology and ecology, stochastic differential equations (SDE)...
International audienceIn the context of biology and ecology, stochastic differential equations (SDE)...
We consider in this paper mathematical models that describe physical processes, applying stochastic ...