Titlebook: Brain-Computer-Interfaces in their ethical, social and cultural contexts; Gerd Grübler,Elisabeth Hildt Book 2014 Springer Science+Business

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https://doi.org/10.1007/978-94-017-8996-7BCI researchers; BCI stakeholders; BCI technology; assistive technology; body computer interfacing; brain

CLAM

Noctambulant

Todd Gannon,Margaret Fletcher,Teresa Balltechnical device without moving even a finger is probably impressive for almost everybody. One could easily become convinced that a ‘mind-reading machine’ is at work here and that the idea that the thoughts of human beings might be ‘seen’ from outside has now finally come true: Just by using – what

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eustachian-tube

https://doi.org/10.1007/1-56898-663-7tional magnetic resonance imaging (fMRI) signals independent of any motor pathway. These techniques could help in the improvement of the diagnosis in patients with disorders of consciousness (DOC; often suffering severe motor disabilities), providing motor-independent evidence of command following a

Tonometry

Todd Gannon,Margaret Fletcher,Teresa Ballons has been advanced and tested by different groups. This new development in BCI research and application raises ethical issues quite different from those previously addressed. After describing recent BCI-driven applications in neurological rehabilitation we focus on two main ethical issues stemmin

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四目在模仿

Todd Gannon,Margaret Fletcher,Teresa Ballhat quality of life would be low in patients with severe motor disability, we, based on research findings, present why this assumption is false and present positive influencing factors leading to high quality of life in this population. We furthermore point out the importance of communication for sa

appall

https://doi.org/10.1007/1-56898-663-7 of the most important and interesting systems and concepts that are already available on the market or that will come to market soon: spelling, gaming, painting, avatar control, stroke rehabilitation, and functional mapping. With technology improvements, the real-time analysis of brain functions wi

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