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BRAIN: Developing Brain Computer Interfaces with Rapid Automated Interfaces for Non Experts
Eileen Thomson
, Stephen Mathews
, David Todd
, PJ McCullagh
, Melanie Ware
,
MD Mulvenna
,
Suzanne Martin
School of Computing
Faculty Of Computing, Eng. & Built Env.
School of Health Sciences
Faculty Of Life & Health Sciences
Centre for Health and Rehabilitation Technologies (CHaRT)
European Commission
Research output
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peer-review
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Computer Science
Computer Interface
100%
Interface System
28%
Home Environment
28%
Signal Acquisition
14%
Independent Support
14%
User Engagement
14%
Human Computer Interaction
14%
Enhance Performance
14%
Service to User
14%
Interface Parameter
14%
Sensory Process
14%
Verbal Communication
14%
Signal Processing Software
14%
Communication Skill
14%
Assistive Technology
14%
User Interface
14%
Engineering
Brain-Computer Interface
100%
Home Environment
28%
Combined Effect
14%
Amplifier
14%
Computer Interaction
14%
Final Stage
14%
Signal Acquisition
14%
Real Life
14%
User Interfaces
14%
Signal Processing Software
14%
Early System
14%
Capacity Control
14%
Strongest User
14%
Assistive Technologies
14%