Add to ORKGWe consider a class of output feedback stabilization problems for chemostats with two species. We design dilution rate feedbacks that stabilize a componentwise positive equilibrium. Our feedbacks only depend on the sum of the species levels. The novelty of our treatment is in our dropping the usual condition on the relative sizes of the growth yield constants. © 2010 Elsevier Ltd. All rights reserved
We address the problem of controlling the dilution rate in a chemostat to regulate the ratio between...
International audienceWe study the chemostat model for one species competing for one nutrient using ...
International audienceThe classical model of the chemostat with one substrate, one species and a Hal...
We study feedback stabilization problems for chemostats with two species and one limiting substrate,...
The stabilization of chemostat models with delayed measurements is a challenging problem that is of ...
International audienceWe study chemostat models in which multiple species compete for two or more li...
We study a two species chemostat model with one limiting substrate. We design feedback controllers s...
International audienceThe stabilization of equilibria in chemostats with measurement delays is a com...
Abstract-The stabilization of chemostat models with delayed measurements is a challenging problem th...
Abstract We study chemostat models in which multiple species compete for two or more limiting nutrie...
We study models of chemostats where the species compete for multiple limiting nutrients. We first co...
Feedback control for chemostat model appears first in [2]. They considered a dilution rate as a feed...
In this paper, we consider the chemostat system with n ≥ 1 species, one limiting substrate, and muta...
We apply basic tools of control theory to a chemostat model that describes the growth of one species...
We address the problem of controlling the dilution rate in a chemostat to regulate the ratio between...
International audienceWe study the chemostat model for one species competing for one nutrient using ...
International audienceThe classical model of the chemostat with one substrate, one species and a Hal...
We study feedback stabilization problems for chemostats with two species and one limiting substrate,...
The stabilization of chemostat models with delayed measurements is a challenging problem that is of ...
International audienceWe study chemostat models in which multiple species compete for two or more li...
We study a two species chemostat model with one limiting substrate. We design feedback controllers s...
International audienceThe stabilization of equilibria in chemostats with measurement delays is a com...
Abstract-The stabilization of chemostat models with delayed measurements is a challenging problem th...
Abstract We study chemostat models in which multiple species compete for two or more limiting nutrie...
We study models of chemostats where the species compete for multiple limiting nutrients. We first co...
Feedback control for chemostat model appears first in [2]. They considered a dilution rate as a feed...
In this paper, we consider the chemostat system with n ≥ 1 species, one limiting substrate, and muta...
We apply basic tools of control theory to a chemostat model that describes the growth of one species...
We address the problem of controlling the dilution rate in a chemostat to regulate the ratio between...
International audienceWe study the chemostat model for one species competing for one nutrient using ...
International audienceThe classical model of the chemostat with one substrate, one species and a Hal...