Hardware EEG Electrodes (g.SAHARA) Software / The MiND Ensemble / SAHARA / Oxford University Press / International Journal / International Computer Music / EEG / iPads Software / worked using EEG / using EEG / /
Country
United States / Korea / /
Currency
USD / / /
Facility
University of Tsukuba / Tokyo University / Asia University / University of Tokyo / University of Tsukuba Life Science Center / /
IndustryTerm
Web Server Node.js Classifier MATLAB Synthesizer Max/MSP Visualizer Java / Possible solutions / external device / online implementation / classification algorithm / average energy / internet-enabled acoustic brain-computer music interface / Web Server Synthesizer Visualizer Surrounded Speakers Dual Projections / Web Server / large equipment / real-time musical performance system / /
MusicAlbum
MEG / /
MusicGroup
The MiND Ensemble / /
OperatingSystem
Windows 7 / /
Organization
University of Tsukuba / University of Tokyo / Asia University / University of the Arts / Tsukuba Life Science Center of TARA / Oxford University / /
Person
Alvin Lucier / David Rosenboom / Francois Nicolas Marquet / Tomasz M. Rutkowski Hiroko Terasawa / Ryu Nakagawa / Reiko Hoshi-Shiba / Takayuki Hamano Tomasz / /
Position
composer / player / flute teacher / author / data acquisition Brain Player / Speakers Clarinet Player Brain Player / Brain Player / clarinet player / musician / player and the player / famous composer / /
Product
MacBook Pro / iPad / iPads / MOBIlab+ / /
ProgrammingLanguage
MATLAB / Java / /
PublishedMedium
The Science / Computer Music Journal / /
Technology
alpha / neuroscience / machine learning / UDP / biofeedback / real-time musical performance system using BCI technology / Java / 5 Analysis methods The classification algorithm / bluetooth / MIDI / Web Server / /
Generating an Integrated Musical Expression with a Brain–Computer Interface Takayuki Hamano Tomasz M. Rutkowski