Publication: Interfaz de control de ratón para personas con tetraplejia
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Publication date
2015-09-27
Defense date
2015-10-05
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Abstract
En este TFG se propone un sistema que pretende facilitar el acceso a la informática a
personas con movilidad reducida. Concretamente, permite manejar el ratón del ordenador
mediante movimientos de la cabeza y soplidos. Para ello, es necesario conectar el
sistema por USB al equipo y ejecutar una aplicación de escritorio.
Los componentes hardware utilizados han sido: una placa controladora basada en Arduino,
un acelerómetro y un sensor de sonido. Para el desarrollo software, se han empleado
los lenguajes Arduino y Java.
El resultado es un sistema funcional, que cumple con los objetivos marcados a nivel
teórico. Sin embargo, aún no ha sido testeado por personas con problemas reales de
movilidad, lo que hubiese permitido refinarlo y adaptarlo mejor a su finalidad.
The system proposed in this Bachelor Thesis is aimed at making the access to computers easier for people with severe mobility problems. It allows controlling the mouse by head movements and blows. For that, we need to connect the system by USB and to execute a desktop application. The hardware components used for this project were: an Arduino-based controller board, an accelerometer and a sound sensor. For the software development, the programming languages Arduino and Java. The result is a functional system, which satistfies all of the pre-defined objectives. Nevertheless, it has not been tested by people with actual mobility problems yet. This would have allowed us to improve it and better addapt it to its purpose.
The system proposed in this Bachelor Thesis is aimed at making the access to computers easier for people with severe mobility problems. It allows controlling the mouse by head movements and blows. For that, we need to connect the system by USB and to execute a desktop application. The hardware components used for this project were: an Arduino-based controller board, an accelerometer and a sound sensor. For the software development, the programming languages Arduino and Java. The result is a functional system, which satistfies all of the pre-defined objectives. Nevertheless, it has not been tested by people with actual mobility problems yet. This would have allowed us to improve it and better addapt it to its purpose.
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Accesibilidad, Informática de gestión, Interfaces de ordenadores, Personas con discapacidad, Control de ratón