Fed-batch biological reactors are good candidates for the application of adaptive nonlinear techniques because they involve kinetic parameters that are highly uncertain and slowly time-varying. In this paper, the issue is illustrated and discussed with the aid of an industrial application: the ethanol regulation in yeast production processes
In this paper, we propose a new strategy to control the yield and productivity of the fermentation p...
This paper considers the problem of applying adaptive linearizing control schemes to non minimum pha...
Dynamic optimisation of semi-continuous bioprocesses aims at finding the optimal control of process ...
The formulation of three nonlinear control laws is presented for the control of ethanol concentratio...
Abstract: This work presents several issues concerning the modelling, kinetic estimation and nonline...
Chemical and biological fed-batch stirred tank reactors (FSTRs) are often good candidates for the ap...
In this paper an overview of optimal adaptive control of (bio)chemical reactors is presented. Follow...
This work deals with the development of model-based adaptive control algorithms for bioprocess opera...
A simple nonlinear robust regulator is applied to track a singular optimal reference signal derived ...
A simple nonlinear robust regulator is applied to track a singular optimal reference signal derived ...
This paper presents a unifying methodology for optimization of biotechnological processes, namely op...
Abstract:- This paper deals with the design and the analysis of some nonlinear and adaptive control ...
In this paper, the application of an adaptive algorithm for control of fed-batch bioprocess capable ...
In this communication we shall present developments concerning the synthesis of Single-Input, Singl...
In this paper, an extension of adaptive linearizing control laws of single input-single output (SISO...
In this paper, we propose a new strategy to control the yield and productivity of the fermentation p...
This paper considers the problem of applying adaptive linearizing control schemes to non minimum pha...
Dynamic optimisation of semi-continuous bioprocesses aims at finding the optimal control of process ...
The formulation of three nonlinear control laws is presented for the control of ethanol concentratio...
Abstract: This work presents several issues concerning the modelling, kinetic estimation and nonline...
Chemical and biological fed-batch stirred tank reactors (FSTRs) are often good candidates for the ap...
In this paper an overview of optimal adaptive control of (bio)chemical reactors is presented. Follow...
This work deals with the development of model-based adaptive control algorithms for bioprocess opera...
A simple nonlinear robust regulator is applied to track a singular optimal reference signal derived ...
A simple nonlinear robust regulator is applied to track a singular optimal reference signal derived ...
This paper presents a unifying methodology for optimization of biotechnological processes, namely op...
Abstract:- This paper deals with the design and the analysis of some nonlinear and adaptive control ...
In this paper, the application of an adaptive algorithm for control of fed-batch bioprocess capable ...
In this communication we shall present developments concerning the synthesis of Single-Input, Singl...
In this paper, an extension of adaptive linearizing control laws of single input-single output (SISO...
In this paper, we propose a new strategy to control the yield and productivity of the fermentation p...
This paper considers the problem of applying adaptive linearizing control schemes to non minimum pha...
Dynamic optimisation of semi-continuous bioprocesses aims at finding the optimal control of process ...
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