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Neurotechnology / Nervous system / Electrodiagnosis / Electrophysiology / Neurophysiology / Brain–computer interface / Electroencephalography / Sensorimotor rhythm / Robotics / Brain-computer interfacing / Biology / Neuroscience


Robot Control through Brain-Computer Interface for Pattern Generation
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Document Date: 2013-06-19 13:03:42


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City

Graz / /

Company

Complex Systems / International Journal / Complex Systems Publications Inc. / IEEE Intelligent Systems / /

Country

Austria / United States / /

/

Facility

Wadsworth Center / University of Catania / /

IndustryTerm

electronic device / external devices / recreational and therapeutic devices / adaptation algorithm / translation algorithm / real time / electronic devices / signal processing procedure / external device / real-time modulation / output device / control law / /

MedicalCondition

coma / encephalopathy / epilepsy / brain death / /

Organization

Wadsworth Center / National Academy of Sciences / University of Catania / Computational Intelligence / /

Person

J. R. Wolpaw / D. J. McFarland / N. Birbaumer / Paola Belluomo / Luigi Fortuna / G. Schalk / T. M. Vaughan / /

Position

D. J. / /

ProgrammingLanguage

MATLAB / /

ProvinceOrState

Maryland / /

PublishedMedium

Proceedings of the National Academy of Sciences / IEEE Intelligent Systems / Complex Systems / the Complex Systems / /

Technology

Neuroscience / adaptation algorithm / translation algorithm / UDP / /

SocialTag