Brunovsky Normal Form of Monod Kinetics Models and Growth Rate Control of a Fed-batch Cultivation Process

A mathematical methodology that gives assistance to design of fed-batch stabilization and control is presented. The methodology is based both on Utility theory and optimal Control theory. The Utility theory deals with the expressed subjective preferences and allows for the expert preferences to be t...

Full description

Bibliographic Details
Main Author:	Pavlov Y.
Format:	Article
Language:	English
Published:	Academic Publishing House 2007-12-01
Series:	Bioautomation
Subjects:	Optimal Control Brunovsky Normal Form Utility Function Fed-batch Fermentation
Online Access:	http://www.clbme.bas.bg/bioautomation/2007/vol_8.1/files/8_1.2.pdf

id	doaj-5355a126135b460c9544545f7ae58eb2
record_format	Article
spelling	doaj-5355a126135b460c9544545f7ae58eb22020-11-25T03:32:56ZengAcademic Publishing HouseBioautomation1313-261X1312-451X2007-12-01811326Brunovsky Normal Form of Monod Kinetics Models and Growth Rate Control of a Fed-batch Cultivation ProcessPavlov Y.A mathematical methodology that gives assistance to design of fed-batch stabilization and control is presented. The methodology is based both on Utility theory and optimal Control theory. The Utility theory deals with the expressed subjective preferences and allows for the expert preferences to be taken in consideration in complex biotechnological systems as criteria for control and optimization. The Control theory is used for parameters stabilization of a fed-batch cultivation process. The control is written based on information of the growth rate. The simulations show good efficiency of the control laws. http://www.clbme.bas.bg/bioautomation/2007/vol_8.1/files/8_1.2.pdf Optimal ControlBrunovsky Normal FormUtility FunctionFed-batch Fermentation
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Pavlov Y.
spellingShingle	Pavlov Y. Brunovsky Normal Form of Monod Kinetics Models and Growth Rate Control of a Fed-batch Cultivation Process Bioautomation Optimal Control Brunovsky Normal Form Utility Function Fed-batch Fermentation
author_facet	Pavlov Y.
author_sort	Pavlov Y.
title	Brunovsky Normal Form of Monod Kinetics Models and Growth Rate Control of a Fed-batch Cultivation Process
title_short	Brunovsky Normal Form of Monod Kinetics Models and Growth Rate Control of a Fed-batch Cultivation Process
title_full	Brunovsky Normal Form of Monod Kinetics Models and Growth Rate Control of a Fed-batch Cultivation Process
title_fullStr	Brunovsky Normal Form of Monod Kinetics Models and Growth Rate Control of a Fed-batch Cultivation Process
title_full_unstemmed	Brunovsky Normal Form of Monod Kinetics Models and Growth Rate Control of a Fed-batch Cultivation Process
title_sort	brunovsky normal form of monod kinetics models and growth rate control of a fed-batch cultivation process
publisher	Academic Publishing House
series	Bioautomation
issn	1313-261X 1312-451X
publishDate	2007-12-01
description	A mathematical methodology that gives assistance to design of fed-batch stabilization and control is presented. The methodology is based both on Utility theory and optimal Control theory. The Utility theory deals with the expressed subjective preferences and allows for the expert preferences to be taken in consideration in complex biotechnological systems as criteria for control and optimization. The Control theory is used for parameters stabilization of a fed-batch cultivation process. The control is written based on information of the growth rate. The simulations show good efficiency of the control laws.
topic	Optimal Control Brunovsky Normal Form Utility Function Fed-batch Fermentation
url	http://www.clbme.bas.bg/bioautomation/2007/vol_8.1/files/8_1.2.pdf
work_keys_str_mv	AT pavlovy brunovskynormalformofmonodkineticsmodelsandgrowthratecontrolofafedbatchcultivationprocess
_version_	1724565756245442560

Brunovsky Normal Form of Monod Kinetics Models and Growth Rate Control of a Fed-batch Cultivation Process

Similar Items