Edición N°4 – Artículo 10
Desarrollo de un dado de colores empleando Bluetooth y Arduino para validar un estímulo visual
Development of a colored dice using Bluetooth and Arduino to validate a visual stimulus
Autores: Érika Lissette Puma Guachiculca, Roxana Alexandra Minga Poma, María Fernanda Luna Soliz, Melanie Guerrón Serpa (Unidad Educativa Particular Santa Mariana de Jesús)
Resumen
En el siguiente trabajo se da a conocer las distintas etapas para la implementación del dado de colores, entre estos se encuentran el diseño y construcción, utilizando elementos electrónicos como: Arduino, tiras de luces LED RGB, protocolo de comunicación Bluetooth y un acelerómetro. El dado de colores es un instrumento pedagógico esencial para el desarrollo de los niños, que permite comprobar si el ojo responde ante un estímulo. Este instrumento permite mejorar la eficacia visual, el control muscular y la postura de los órganos visuales.
Palabras clave: Arduino, LED RGB, Bluetooth.
Abstract
The following paper describes the different stages involved in implementing the colored dice, including design and construction, using electronic components such as Arduino, RGB LED light strips, Bluetooth communication protocol, and an accelerometer. The colored dice is an essential educational tool for child development, allowing for the testing of eye response to stimuli. This tool helps improve visual efficiency, muscle control, and the posture of the visual organs.
Keywords: Arduino, RGB LED, Bluetooth.
Edición N°4
Fecha de publicación: 08 mayo del 2020.
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- [1] Admit, «PrototipadoLab desing and tecnología: New York, EUA,» 2018. [En línea]. Disponible en. http://paolaguimerans.com/openeart/2018/05/05/que-son-los-sensores/ [Último acceso: 7 abril 2020].
- [2] Especificarmag. (SF), «Todo sobre los actuadores. Ciudad de México,». [En línea]. Disponible en. https://www.especificarmag.com.mx/todo-sobrelos-actuadores.html. [Último acceso: 7 abril 2020].
- [3] Jose Luis R., «247 Tecno,» 2018. [En línea]. Disponible en. https://247tecno.com/protocolosde-comunicacion-tipos-ejemplos/. [Último acceso: 7 abril 2020].
- [4] D. Cuen, «BBC. La resurrección del Bluetooth,» 2016. [En línea]. Disponible en. https://www.bbc.com/mundo/blogs/2013/12/131213-blog-un-mundo-feliz-resurreccion-del-bluetooth. [Último acceso: 07 abril 2020].