Desarrollo de un prototipo de sistema de iluminación utilizando ondas EEG y el dispositivo Neurosky Mindflex
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Date
2024-04-03
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Universidad Tecnológica Centroamericana UNITEC
Abstract
La interfaz cerebro-computadora es una tecnología que permite la comunicación directa entre el cerebro y dispositivos electrónicos. Este proyecto de investigación se enfoca
en el desarrollo de un prototipo de iluminación residencial haciendo uso de la tecnología Mindflex de NeuroSky, con el objetivo de desarrollar un prototipo que funcione como herramienta futura a personas con discapacidades motoras. El prototipo propuesto se basa en una interfaz cerebro-computadora que permite el control de la iluminación mediante señales cerebrales. La metodología del proyecto implica una revisión del estado del arte, selección de materiales y tecnologías adecuadas, diseño e implementación del sistema, y evaluación de su funcionalidad y desempeño. Se seleccionaron 15 estudiantes de diferentes carreras de UNITEC. Estos sujetos fueron elegidos como muestra representativa para probar la eficacia del sistema en un entorno diverso. Las señales cerebrales generadas fueron procesadas utilizando la
plataforma de desarrollo Processing para lograr la interacción deseada con el sistema de iluminación. Los resultados obtenidos incluyen el desarrollo de un prototipo funcional, la integración exitosa de Mindflex con el sistema de iluminación residencial, y la validación del sistema a través de pruebas y evaluaciones. Este representa una solución innovadora y accesible para las personas con discapacidades motoras, brindándoles mayor autonomía y comodidad en su entorno residencial.
Brain-computer interface is a technology that allows direct communication between the brain and electronic devices. This research project focuses on the development of a residential lighting prototype using NeuroSky's Mindflex technology, with the objective of developing a prototype that will function as a future tool for people with motor disabilities. The proposed prototype is based on a brain-computer interface that allows the control of lighting using brain signals. The project methodology involves a review of the state of the art, selection of appropriate materials and technologies, design and implementation of the system, and evaluation of its functionality and performance. Fifteen students from different UNITEC careers were selected. These subjects were chosen as a representative sample to test the effectiveness of the system in a diverse environment. The generated brain signals were processed using the Processing development platform to achieve the desired interaction with the lighting system. The results obtained include the development of a working prototype, the successful integration of Mindflex with the residential lighting system, and the validation of the system through testing and evaluation. This represents an innovative and accessible solution for people with motor disabilities, providing them with greater autonomy and comfort in their residential environment.
Brain-computer interface is a technology that allows direct communication between the brain and electronic devices. This research project focuses on the development of a residential lighting prototype using NeuroSky's Mindflex technology, with the objective of developing a prototype that will function as a future tool for people with motor disabilities. The proposed prototype is based on a brain-computer interface that allows the control of lighting using brain signals. The project methodology involves a review of the state of the art, selection of appropriate materials and technologies, design and implementation of the system, and evaluation of its functionality and performance. Fifteen students from different UNITEC careers were selected. These subjects were chosen as a representative sample to test the effectiveness of the system in a diverse environment. The generated brain signals were processed using the Processing development platform to achieve the desired interaction with the lighting system. The results obtained include the development of a working prototype, the successful integration of Mindflex with the residential lighting system, and the validation of the system through testing and evaluation. This represents an innovative and accessible solution for people with motor disabilities, providing them with greater autonomy and comfort in their residential environment.
Keywords
Iluminación residencial, Mindflex, Discapacidades motoras, Interfaz cerebro-computadora, Tecnología asistiva