Connection methodology using Neurosky Mindwave MW003 with MATLAB

Connection methodology using Neurosky Mindwave MW003 with MATLAB

Actually the momentum to understand the operation of the encephalon has motivated the companies like Neurosky in create and innovate headsets to get encephalographic signs of low cost and great exactitude, focused on the sale for all kind of users. In the present paper, the connection methodology wi...

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Hoofdauteurs: Quino Ortiz, Bryan, Moreno Vázquez, José de Jesús, Sartorius Castellanos, Aldo Rafael, Zamudio Radilla, Antonia, Hernández Nieto, Marcia Lorena
Formaat: Online
Taal:spa
Gepubliceerd in: Universida de Sonora 2020
Online toegang:https://epistemus.unison.mx/index.php/epistemus/article/view/110
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spelling oai:http:--epistemus.unison.mx:article-1102021-07-29T02:21:37Z Connection methodology using Neurosky Mindwave MW003 with MATLAB Metodología de conexión utilizando NeuroSKY Mindwave MW003 con MATLAB Quino Ortiz, Bryan Moreno Vázquez, José de Jesús Sartorius Castellanos, Aldo Rafael Zamudio Radilla, Antonia Hernández Nieto, Marcia Lorena MindWave MATLAB thinkgear.dll TG_DATA Baudrate MindWave MATLAB thinkgear.dll TG_DATA Baudrate Actually the momentum to understand the operation of the encephalon has motivated the companies like Neurosky in create and innovate headsets to get encephalographic signs of low cost and great exactitude, focused on the sale for all kind of users. In the present paper, the connection methodology will be shown of the Neurosky MindWave MW003 headset the reception process, send and wireless configuration (Bluetooth) in the computer, making use of the Thinkgear.h library, imparted by Neurosky company, making a brief and concise explication for the device use, settings the characteristics, operation methods and principal functions for its connection, using MATLAB R2015B tool, the process describe systematically focused to inexpert users in the resolution of them doubts, likewise contribute to the experiment users in high level languages in the creation of new applications. En la actualidad el ímpetu por comprender el funcionamiento del encéfalo ha motivado a compañías como Neurosky en crear e innovar diademas para la obtención de señales encefalográfícas de bajo costo y gran exactitud, enfocadas a la venta para todo tipo de usuario. En el presente trabajo se mostrará la metodología de conexión de la diadema Neurosky MindWave MW003 efectuando el proceso de recepción, envío y configuración inalámbrica (Bluetooth) con el computador, haciendo uso de la librería Thinkgear.h impartida por la empresa Neurosky, realizando un explicación breve y concisa para el uso del dispositivo, estableciendo las características, métodos de operación y funciones principales para su conexión, utilizando la herramienta MATLAB R2015B, el proceso se describe sistemáticamente enfocándose a usuarios inexpertos en la resolución de sus dudas, así mismo contribuir al usuario experimentado en lenguajes de alto nivel en la creación de nuevas aplicaciones. Universida de Sonora 2020-12-01 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion Research Investigación application/pdf https://epistemus.unison.mx/index.php/epistemus/article/view/110 10.36790/epistemus.v13i27.110 EPISTEMUS; Vol. 13 No. 27 (2019): Science does not stop; 7-12 EPISTEMUS; Vol. 13 Núm. 27 (2019): La ciencia no cesa; 7-12 2007-8196 2007-4530 spa https://epistemus.unison.mx/index.php/epistemus/article/view/110/76 https://creativecommons.org/licenses/by-nc-nd/4.0
institution Epistemus
collection OJS
language spa
format Online
author Quino Ortiz, Bryan
Moreno Vázquez, José de Jesús
Sartorius Castellanos, Aldo Rafael
Zamudio Radilla, Antonia
Hernández Nieto, Marcia Lorena
spellingShingle Quino Ortiz, Bryan
Moreno Vázquez, José de Jesús
Sartorius Castellanos, Aldo Rafael
Zamudio Radilla, Antonia
Hernández Nieto, Marcia Lorena
Connection methodology using Neurosky Mindwave MW003 with MATLAB
author_facet Quino Ortiz, Bryan
Moreno Vázquez, José de Jesús
Sartorius Castellanos, Aldo Rafael
Zamudio Radilla, Antonia
Hernández Nieto, Marcia Lorena
author_sort Quino Ortiz, Bryan
title Connection methodology using Neurosky Mindwave MW003 with MATLAB
title_short Connection methodology using Neurosky Mindwave MW003 with MATLAB
title_full Connection methodology using Neurosky Mindwave MW003 with MATLAB
title_fullStr Connection methodology using Neurosky Mindwave MW003 with MATLAB
title_full_unstemmed Connection methodology using Neurosky Mindwave MW003 with MATLAB
title_sort connection methodology using neurosky mindwave mw003 with matlab
description Actually the momentum to understand the operation of the encephalon has motivated the companies like Neurosky in create and innovate headsets to get encephalographic signs of low cost and great exactitude, focused on the sale for all kind of users. In the present paper, the connection methodology will be shown of the Neurosky MindWave MW003 headset the reception process, send and wireless configuration (Bluetooth) in the computer, making use of the Thinkgear.h library, imparted by Neurosky company, making a brief and concise explication for the device use, settings the characteristics, operation methods and principal functions for its connection, using MATLAB R2015B tool, the process describe systematically focused to inexpert users in the resolution of them doubts, likewise contribute to the experiment users in high level languages in the creation of new applications.
publisher Universida de Sonora
publishDate 2020
url https://epistemus.unison.mx/index.php/epistemus/article/view/110
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