Thesis DESARROLLO DE FRAMEWORK DE AUDIO APLICADO A LA TECNOLOGÍA DE BRAINWAVE ENTRAINMENT
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Date
2014
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Campus
Universidad Técnica Federico Santa María UTFSM. Campus San Joaquín
Abstract
Este documento propone un Framework de audio basado en un conjunto de técnicas
de neuroestimulación de Brainwave Entrainment, tecnología que utiliza métodos
audiovisuales para estimular e influir las ondas cerebrales, permitiendo inducir
diversos cambios en el estado mental de una persona.
Además de la integración de tipos de sonido secundarios adicionales, se construye
una aplicación Android con fin de validar la funcionalidad del Framework y testear su
rendimiento, para asegurar una ejecución optimizada del software dadas las
condiciones limitantes de hardware de los dispositivos móviies. Los resuitados de las
pruebas de funcionalidad y performance sobre recursos y tiempos de ejecución,
fueron satisfactorios, logrando obtener una estructura de software estable y ágil, que
proveen la fundación para el desarrollo de mejores herramientas en este ámbito
tecnológico.
This paper proposes an audio Framework based on a set of neurostimulation techniques known as Brainwave Entrainment technology, which uses several audiovisual methods that affect and stimulate the brainwave patterns, to induce specific changes in a person's mental state. In addition to incorporating secondary sound types, an Android application was built subsequently to validate the functionality and test the performance of the Framework, in order to ensure optimized performance in the limited capacity of mobile devices. The results of the performance tests were satisfactory, achieving agile software of stable structure that provides the foundation for better software in this technological field.
This paper proposes an audio Framework based on a set of neurostimulation techniques known as Brainwave Entrainment technology, which uses several audiovisual methods that affect and stimulate the brainwave patterns, to induce specific changes in a person's mental state. In addition to incorporating secondary sound types, an Android application was built subsequently to validate the functionality and test the performance of the Framework, in order to ensure optimized performance in the limited capacity of mobile devices. The results of the performance tests were satisfactory, achieving agile software of stable structure that provides the foundation for better software in this technological field.
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Keywords
FRAMEWORK (ARCHIVOS PARA COMPUTADOR), PROGRAMAS PARA COMPUTADOR, BRAINWAVER ENTRAINMENT