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Virtual platforms that recognize learning styles and allow the deployment of Problem Based Learning methodology -ABP [Plataformas virtuales que reconocen estilos de aprendizaje y permiten el despliegue de metodología Aprendizaje Basado en Problemas -ABPV]

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Author
Arango-Medina D.
Gonzalez-Palacio L.
Torres-Bedoya D.
Garcia-Giraldo J.
Cuatindioy J.
Gonzalez-Palacio M.
Luna M.
Garcia-Garzon J.Y.J.
Pabon H.J.O.
Echeverri J.
Bedoya J.

Citación

       
TY - GEN T1 - Virtual platforms that recognize learning styles and allow the deployment of Problem Based Learning methodology -ABP [Plataformas virtuales que reconocen estilos de aprendizaje y permiten el despliegue de metodología Aprendizaje Basado en Problemas -ABPV] AU - Arango-Medina D. AU - Gonzalez-Palacio L. AU - Torres-Bedoya D. AU - Garcia-Giraldo J. AU - Cuatindioy J. AU - Gonzalez-Palacio M. AU - Luna M. AU - Garcia-Garzon J.Y.J. AU - Pabon H.J.O. AU - Echeverri J. AU - Bedoya J. UR - http://hdl.handle.net/11407/6047 PB - IEEE Computer Society AB - This article shows the results of a research project developed by the University of Medellín, Kuepa company, Minciencias and the Government of Antioquia, which starts with the problem of designing virtual courses based on traditional pedagogical approaches, that they do not promote active learning and do not take into account student learning styles. For this, a project is developed in which new functionalities are added to a virtual learning platform to allow the detection of student learning styles, and the configuration of courses under ABP methodology (Problem Based Learning). To achieve this, artificial intelligence (AI) techniques are used. In the development of the article it is shown that the model used to determine learning styles was Kolb, this one was used as input to train a SOM (Self-Organizing Maps) neural network. In this way, the material and problems assignment are customized according to the student characteristics. This article shows the modules that make up the platform and the built-in neural network structure to provide intelligence to the system are shown. © 2020 AISTI. ER - @misc{11407_6047, author = {Arango-Medina D. and Gonzalez-Palacio L. and Torres-Bedoya D. and Garcia-Giraldo J. and Cuatindioy J. and Gonzalez-Palacio M. and Luna M. and Garcia-Garzon J.Y.J. and Pabon H.J.O. and Echeverri J. and Bedoya J.}, title = {Virtual platforms that recognize learning styles and allow the deployment of Problem Based Learning methodology -ABP [Plataformas virtuales que reconocen estilos de aprendizaje y permiten el despliegue de metodología Aprendizaje Basado en Problemas -ABPV]}, year = {}, abstract = {This article shows the results of a research project developed by the University of Medellín, Kuepa company, Minciencias and the Government of Antioquia, which starts with the problem of designing virtual courses based on traditional pedagogical approaches, that they do not promote active learning and do not take into account student learning styles. For this, a project is developed in which new functionalities are added to a virtual learning platform to allow the detection of student learning styles, and the configuration of courses under ABP methodology (Problem Based Learning). To achieve this, artificial intelligence (AI) techniques are used. In the development of the article it is shown that the model used to determine learning styles was Kolb, this one was used as input to train a SOM (Self-Organizing Maps) neural network. In this way, the material and problems assignment are customized according to the student characteristics. This article shows the modules that make up the platform and the built-in neural network structure to provide intelligence to the system are shown. © 2020 AISTI.}, url = {http://hdl.handle.net/11407/6047} }RT Generic T1 Virtual platforms that recognize learning styles and allow the deployment of Problem Based Learning methodology -ABP [Plataformas virtuales que reconocen estilos de aprendizaje y permiten el despliegue de metodología Aprendizaje Basado en Problemas -ABPV] A1 Arango-Medina D. A1 Gonzalez-Palacio L. A1 Torres-Bedoya D. A1 Garcia-Giraldo J. A1 Cuatindioy J. A1 Gonzalez-Palacio M. A1 Luna M. A1 Garcia-Garzon J.Y.J. A1 Pabon H.J.O. A1 Echeverri J. A1 Bedoya J. LK http://hdl.handle.net/11407/6047 PB IEEE Computer Society AB This article shows the results of a research project developed by the University of Medellín, Kuepa company, Minciencias and the Government of Antioquia, which starts with the problem of designing virtual courses based on traditional pedagogical approaches, that they do not promote active learning and do not take into account student learning styles. For this, a project is developed in which new functionalities are added to a virtual learning platform to allow the detection of student learning styles, and the configuration of courses under ABP methodology (Problem Based Learning). To achieve this, artificial intelligence (AI) techniques are used. In the development of the article it is shown that the model used to determine learning styles was Kolb, this one was used as input to train a SOM (Self-Organizing Maps) neural network. In this way, the material and problems assignment are customized according to the student characteristics. This article shows the modules that make up the platform and the built-in neural network structure to provide intelligence to the system are shown. © 2020 AISTI. OL Spanish (121)
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Abstract
This article shows the results of a research project developed by the University of Medellín, Kuepa company, Minciencias and the Government of Antioquia, which starts with the problem of designing virtual courses based on traditional pedagogical approaches, that they do not promote active learning and do not take into account student learning styles. For this, a project is developed in which new functionalities are added to a virtual learning platform to allow the detection of student learning styles, and the configuration of courses under ABP methodology (Problem Based Learning). To achieve this, artificial intelligence (AI) techniques are used. In the development of the article it is shown that the model used to determine learning styles was Kolb, this one was used as input to train a SOM (Self-Organizing Maps) neural network. In this way, the material and problems assignment are customized according to the student characteristics. This article shows the modules that make up the platform and the built-in neural network structure to provide intelligence to the system are shown. © 2020 AISTI.
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http://hdl.handle.net/11407/6047
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