| Document Date: 2012-11-05 20:04:41
Open Document File Size: 740,43 KBShare Result on Facebook
City Aberdeen / / Company the Star / Army Research Laboratory / Mattel / Brain-Computer Interface Technologies / / Country United States / / / IndustryTerm brain-signal processing / physiological computing / brain imaging methodologies / natural neural processing / clinical applications / brain imaging / computer systems / pervasive computing / interpretation algorithms / brain processing / task-oriented and opportunistic applications / environmental devices / Near-term applications / real-time brain activity assessment / computational infrastructure / brain-based technologies / neural processing / affective computing / technology development / multi-modal devices / invasive sensing technologies / communication devices / computing / early applications / pervasive technologies / medical assistive applications / humancomputer communications / external device / adaptive technologies / mobile brain imaging / computer processing power / / MedicalCondition brain-based diseases / / MedicalTreatment imagery / / Person Anthony J. Ries / Kaleb McDowell / Kelvin S. Oie / Brent J. Lance / Scott E. Kerick / Proving Ground / Translational Neuroscience / / / Position player / Corresponding author / Chief / / ProvinceOrState Maryland / / Technology Neuroscience / biosensors / brain-based technologies / artificial intelligence / virtual reality / Introduction Envision technologies / persistent / invasive sensing technologies / interpretation algorithms / / URL http /
SocialTag |
Brain-Computer Interface Technologies in the Coming Decades Brent J. Lance+, Scott E. Kerick, Anthony J. Ries, Kelvin S. Oie, Kaleb McDowell+* Translational Neuroscience Branch, Army Research Laboratory, Aberdeen Provin