Implementación del modelo matemático para el sistema de control de una incubadora para aves utilizando la herramienta computacional MATLAB® - SIMULINK®

In the present article the implementation of the mathematical model of a incubator for birds is described, realised by the engineer Jose Ricardo Bermúdez Santaella in its masters “Automatization and instrumentation” [1], where it becomes jumbled the control area and the handling of computer tool...

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Main Authors: Yesenia Restrepo-Chaustre, Jose Ricardo Bermudez-Santaella
Format: Article
Language:Spanish
Published: Universidad Francisco de Paula Santander 2010-01-01
Series:Ecomatemático
Subjects:
PID
Online Access:http://revistas.ufps.edu.co/ojs/index.php/ecomatematico/article/view/220/228
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spelling doaj-d459d8da776e4b52b8bbc6c8140ac3fa2020-11-24T22:04:53ZspaUniversidad Francisco de Paula SantanderEcomatemático1794-82312010-01-01113135http://dx.doi.org/10.22463/17948231.220Implementación del modelo matemático para el sistema de control de una incubadora para aves utilizando la herramienta computacional MATLAB® - SIMULINK®Yesenia Restrepo-Chaustre 0Jose Ricardo Bermudez-Santaella 1Universidad Francisco de Paula Santander ColombiaUniversidad Francisco de Paula Santander ColombiaIn the present article the implementation of the mathematical model of a incubator for birds is described, realised by the engineer Jose Ricardo Bermúdez Santaella in its masters “Automatization and instrumentation” [1], where it becomes jumbled the control area and the handling of computer tool MATLAB® - SIMULINK®. Of equal way, the process necessary is described to carry out the implementation of the mathematical model, having as it bases the involved variables on the incubation of birds to realise the selection of the control strategy, and additionally the response time, sensitivity and robustness of the controlled variable. To finish the computational tool is in use in the tuning of the controller resorting to the method of bow opened of Ziegler-Nichols [2] or curve of reaction.http://revistas.ufps.edu.co/ojs/index.php/ecomatematico/article/view/220/228Control strategyMATLAB® - SIMULINK®PIDtemperature
collection DOAJ
language Spanish
format Article
sources DOAJ
author Yesenia Restrepo-Chaustre
Jose Ricardo Bermudez-Santaella
spellingShingle Yesenia Restrepo-Chaustre
Jose Ricardo Bermudez-Santaella
Implementación del modelo matemático para el sistema de control de una incubadora para aves utilizando la herramienta computacional MATLAB® - SIMULINK®
Ecomatemático
Control strategy
MATLAB® - SIMULINK®
PID
temperature
author_facet Yesenia Restrepo-Chaustre
Jose Ricardo Bermudez-Santaella
author_sort Yesenia Restrepo-Chaustre
title Implementación del modelo matemático para el sistema de control de una incubadora para aves utilizando la herramienta computacional MATLAB® - SIMULINK®
title_short Implementación del modelo matemático para el sistema de control de una incubadora para aves utilizando la herramienta computacional MATLAB® - SIMULINK®
title_full Implementación del modelo matemático para el sistema de control de una incubadora para aves utilizando la herramienta computacional MATLAB® - SIMULINK®
title_fullStr Implementación del modelo matemático para el sistema de control de una incubadora para aves utilizando la herramienta computacional MATLAB® - SIMULINK®
title_full_unstemmed Implementación del modelo matemático para el sistema de control de una incubadora para aves utilizando la herramienta computacional MATLAB® - SIMULINK®
title_sort implementación del modelo matemático para el sistema de control de una incubadora para aves utilizando la herramienta computacional matlab® - simulink®
publisher Universidad Francisco de Paula Santander
series Ecomatemático
issn 1794-8231
publishDate 2010-01-01
description In the present article the implementation of the mathematical model of a incubator for birds is described, realised by the engineer Jose Ricardo Bermúdez Santaella in its masters “Automatization and instrumentation” [1], where it becomes jumbled the control area and the handling of computer tool MATLAB® - SIMULINK®. Of equal way, the process necessary is described to carry out the implementation of the mathematical model, having as it bases the involved variables on the incubation of birds to realise the selection of the control strategy, and additionally the response time, sensitivity and robustness of the controlled variable. To finish the computational tool is in use in the tuning of the controller resorting to the method of bow opened of Ziegler-Nichols [2] or curve of reaction.
topic Control strategy
MATLAB® - SIMULINK®
PID
temperature
url http://revistas.ufps.edu.co/ojs/index.php/ecomatematico/article/view/220/228
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AT josericardobermudezsantaella implementaciondelmodelomatematicoparaelsistemadecontroldeunaincubadoraparaavesutilizandolaherramientacomputacionalmatlabsimulink
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