Adaptive control strategies for a class of nonlinear propagation bioprocesses

This paper presents the control problem of a class of propagation bioprocesses that are carried out in fixed bed reactors. Since the dynamics of these processes are described by partial differential equations, in order to obtain useful models for control purposes, a possible method consists of appro...

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Main Authors: Dan Popescu, Dan Selisteanu, Emil Petre
Format: Article
Language:English
Published: Technical University of Kosice 2008-03-01
Series:Acta Montanistica Slovaca
Subjects:
Online Access:http://actamont.tuke.sk/pdf/2008/n1/17petre.pdf
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author Dan Popescu
Dan Selisteanu
Emil Petre
author_facet Dan Popescu
Dan Selisteanu
Emil Petre
author_sort Dan Popescu
collection DOAJ
description This paper presents the control problem of a class of propagation bioprocesses that are carried out in fixed bed reactors. Since the dynamics of these processes are described by partial differential equations, in order to obtain useful models for control purposes, a possible method consists of approximation of their infinitely order associated models by finite order models. A class of nonlinear adaptive controllers are then designed based on these finite order models, which consist of a set of ordinary differential equations obtained here by orthogonal collocation method. Computer simulations conducted in the case of a fixed bed reactor are included to illustrate the performances of the proposed adaptive controllers.
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spelling doaj.art-db089c3caf254f8eb5b188b3140956172022-12-22T01:41:46ZengTechnical University of KosiceActa Montanistica Slovaca1335-17882008-03-01131118126Adaptive control strategies for a class of nonlinear propagation bioprocessesDan PopescuDan SelisteanuEmil PetreThis paper presents the control problem of a class of propagation bioprocesses that are carried out in fixed bed reactors. Since the dynamics of these processes are described by partial differential equations, in order to obtain useful models for control purposes, a possible method consists of approximation of their infinitely order associated models by finite order models. A class of nonlinear adaptive controllers are then designed based on these finite order models, which consist of a set of ordinary differential equations obtained here by orthogonal collocation method. Computer simulations conducted in the case of a fixed bed reactor are included to illustrate the performances of the proposed adaptive controllers.http://actamont.tuke.sk/pdf/2008/n1/17petre.pdfNonlinear systemsfixed bed bioreactorsdistributed parameter systemsorthogonal collocationadaptive control
spellingShingle Dan Popescu
Dan Selisteanu
Emil Petre
Adaptive control strategies for a class of nonlinear propagation bioprocesses
Acta Montanistica Slovaca
Nonlinear systems
fixed bed bioreactors
distributed parameter systems
orthogonal collocation
adaptive control
title Adaptive control strategies for a class of nonlinear propagation bioprocesses
title_full Adaptive control strategies for a class of nonlinear propagation bioprocesses
title_fullStr Adaptive control strategies for a class of nonlinear propagation bioprocesses
title_full_unstemmed Adaptive control strategies for a class of nonlinear propagation bioprocesses
title_short Adaptive control strategies for a class of nonlinear propagation bioprocesses
title_sort adaptive control strategies for a class of nonlinear propagation bioprocesses
topic Nonlinear systems
fixed bed bioreactors
distributed parameter systems
orthogonal collocation
adaptive control
url http://actamont.tuke.sk/pdf/2008/n1/17petre.pdf
work_keys_str_mv AT danpopescu adaptivecontrolstrategiesforaclassofnonlinearpropagationbioprocesses
AT danselisteanu adaptivecontrolstrategiesforaclassofnonlinearpropagationbioprocesses
AT emilpetre adaptivecontrolstrategiesforaclassofnonlinearpropagationbioprocesses