Name: Brain-Computer Interface: Design and Implementation of an Online bci System for the Control in Gaming Applications an Virtual Limbs (en Inglés)
Price: 72.51 USD
Availability: InStock
Author: Roman Krepkiy
ISBN: 9783639440539

portada Brain-Computer Interface: Design and Implementation of an Online bci System for the Control in Gaming Applications an Virtual Limbs (en Inglés)

Formato

Libro Físico

Editorial

Av Akademikerverlag

Autor

Roman Krepkiy

Año

2012

Idioma

Inglés

N° páginas

180

Encuadernación

Tapa Blanda

ISBN13

9783639440539

Categorías

Tecnología de la información: cuestiones generales

Brain-Computer Interface: Design and Implementation of an Online bci System for the Control in Gaming Applications an Virtual Limbs (en Inglés)

Roman Krepkiy (Autor) · Av Akademikerverlag · Tapa Blanda

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Reseña del libro "Brain-Computer Interface: Design and Implementation of an Online bci System for the Control in Gaming Applications an Virtual Limbs (en Inglés)"

Revision with unchanged content. This book aims to describe work carried out within the project «Brain- Computer Interface» (BCI). Control over a computer application will be represented with «Brain-Gaming», i.e. computer games like Ping-Pong, Pacman or Tetris. For this purpose, several control strategies were developed, implemented and proved experimentally in different scenarios. The most important aspect of the design and development of these interfaces turned out to be their flexibility. Control over a device could include the steering and moving of a wheel-chair for paralyzed patients or the gaining of control over an arm or foot prosthesis for patients with amputated limbs. Latter was realized here as a computer-based simulation of a virtual arm, such that it can be tested in future experiments on patients with amputated limbs. In contrast to the «Brain-Gaming» experiments, where the player was equipped with an additional communication channel, the experiments with patients did not require an ultra-fast recognition of the intended movement; i.e. the command signal for a simulated movement can be recognized after the phantom movement is initialized and performed.