Bioethanol is one of the most studied alternative fuels nowadays. Due to its production process complexity and the low quality of the mathematical models that describe it, a reliable controller is needed to maximize the fuel production and minimize its environmental impact, even in the presence of uncertainty. Here, a controller for tracking optimal profiles considering model errors and external perturbations is proposed. This work is an improvement of a previously presented technique. To reduce the earlier mentioned uncertainties' effect during the fermentation, some tracking error integrators are added in the control action calculation. This simple modification ensures the tracking error convergence to zero, even in the presence of uncert...
This paper investigates the control of an experimentally validated model of production of bioethanol...
Due to growing worldwide energy demand, the search for diversification of the energy matrix stands o...
In this paper, a linear algebra-based controller design is proposed. This technique allows tracking,...
Tracking control of specifc variables is key to achieve a proper fermentation. This paper analyzes a...
In this paper, a new alternative for profiles tracking control considering additive uncertainties is...
Biological processes are becoming more frequent nowadays due to the wide variety of products obtaine...
Orientador: Aline Carvalho da CostaTese (doutorado) - Universidade Estadual de Campinas, Faculdade d...
AbstractThis paper investigates the control of an experimentally validated model of production of bi...
In this paper, a controller based on linear algebra for a fed-batch ethanol production process is pr...
Bioethanol production processes from lignocellulosic raw materials are highly prone to batch-to-batc...
The problem of optimal profiles tracking control under uncertainties for a nonlinear fed-batch biopr...
AbstractThis paper deals with the H∞ control of a class of fermentation processes that are described...
Biological systems are usually highly sensitive to process conditions variations, such as temperatur...
Zymomonas mobilis continuous fermentation bioprocess has the ability of producing energy from glucos...
Lignocellulosic processes are highly prone to batch-to batch variability, e.g. of raw materials and ...
This paper investigates the control of an experimentally validated model of production of bioethanol...
Due to growing worldwide energy demand, the search for diversification of the energy matrix stands o...
In this paper, a linear algebra-based controller design is proposed. This technique allows tracking,...
Tracking control of specifc variables is key to achieve a proper fermentation. This paper analyzes a...
In this paper, a new alternative for profiles tracking control considering additive uncertainties is...
Biological processes are becoming more frequent nowadays due to the wide variety of products obtaine...
Orientador: Aline Carvalho da CostaTese (doutorado) - Universidade Estadual de Campinas, Faculdade d...
AbstractThis paper investigates the control of an experimentally validated model of production of bi...
In this paper, a controller based on linear algebra for a fed-batch ethanol production process is pr...
Bioethanol production processes from lignocellulosic raw materials are highly prone to batch-to-batc...
The problem of optimal profiles tracking control under uncertainties for a nonlinear fed-batch biopr...
AbstractThis paper deals with the H∞ control of a class of fermentation processes that are described...
Biological systems are usually highly sensitive to process conditions variations, such as temperatur...
Zymomonas mobilis continuous fermentation bioprocess has the ability of producing energy from glucos...
Lignocellulosic processes are highly prone to batch-to batch variability, e.g. of raw materials and ...
This paper investigates the control of an experimentally validated model of production of bioethanol...
Due to growing worldwide energy demand, the search for diversification of the energy matrix stands o...
In this paper, a linear algebra-based controller design is proposed. This technique allows tracking,...