International audienceWe design a simple model of the growth ofpolysaccharide-decomposing bacteria in a continuous stirredtank reactor. We control the dilution rate to optimize the outputof monosaccharides, which is of industrial interest. We studythe model, find the optimum at the stationary state, and designa control that makes the closed system globally stable aroundthe optimal equilibrium
The bioprocessing industry is undergoing a crucial change from batch to continuous processes, backed...
ABSTRACT: We consider a model for bioremediation of a pollutant by bacteria in a well-stirred biorea...
In this work, we revisit a problem of optimal control for the maximisation of biogas production in a...
International audienceWe design a simple model of the growth ofpolysaccharide-decomposing bacteria i...
International audienceWe design a simple model of the growth of polymer-decomposing bacteria in a co...
In this work, we study the problem of maximizing microbial production within a continuous stirred-ta...
International audienceIn the quest for a sustainable economy of the earth resources and for renewabl...
International audienceThe problem of synthesizing a metabolite of interest in continuous bioreac- to...
Abstract — A novel robust controller is proposed for a continuous-stirred tank bioreactor that contr...
Microorganism kinetic growth characterized by substrate inhibition was investigated by means of a co...
The present work focused on the dynamic and optimization of a continuous biochemical reactor using t...
International audienceIn nature, microorganisms are continuously facing nutrient availability change...
A microbial cultivation process model with variable biomass yield, control of substrate concentratio...
Accepté dans Journal of Optimization Theory and Applications. Published online, novembre 2012.We add...
Full paperInternational audienceThe rational bacterial strain design is a major challenge in synthet...
The bioprocessing industry is undergoing a crucial change from batch to continuous processes, backed...
ABSTRACT: We consider a model for bioremediation of a pollutant by bacteria in a well-stirred biorea...
In this work, we revisit a problem of optimal control for the maximisation of biogas production in a...
International audienceWe design a simple model of the growth ofpolysaccharide-decomposing bacteria i...
International audienceWe design a simple model of the growth of polymer-decomposing bacteria in a co...
In this work, we study the problem of maximizing microbial production within a continuous stirred-ta...
International audienceIn the quest for a sustainable economy of the earth resources and for renewabl...
International audienceThe problem of synthesizing a metabolite of interest in continuous bioreac- to...
Abstract — A novel robust controller is proposed for a continuous-stirred tank bioreactor that contr...
Microorganism kinetic growth characterized by substrate inhibition was investigated by means of a co...
The present work focused on the dynamic and optimization of a continuous biochemical reactor using t...
International audienceIn nature, microorganisms are continuously facing nutrient availability change...
A microbial cultivation process model with variable biomass yield, control of substrate concentratio...
Accepté dans Journal of Optimization Theory and Applications. Published online, novembre 2012.We add...
Full paperInternational audienceThe rational bacterial strain design is a major challenge in synthet...
The bioprocessing industry is undergoing a crucial change from batch to continuous processes, backed...
ABSTRACT: We consider a model for bioremediation of a pollutant by bacteria in a well-stirred biorea...
In this work, we revisit a problem of optimal control for the maximisation of biogas production in a...
Add to ORKG