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Network architecture / Multimodal interaction / User interface / Computer icon / MIDI / Interface / Modality / Speech recognition / Multimodal Architecture and Interfaces / Human–computer interaction / Computing / User interface techniques


Enabling Multimodal Mobile Interfaces for Interactive Musical Performance Charles Roberts University of California at Santa Barbara Media Arts & Technology
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Document Date: 2013-08-14 21:28:00


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File Size: 1,49 MB

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City

Paris / Daejeon / /

Company

Yamaha Corporation / User Interface Software / International Computer Music / Keywords Music / Qualcomm / /

Country

France / Korea / /

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Event

Product Release / /

Facility

Aesthetic Research Centre / Carnegie Mellon University / Interactive Musical Performance Charles Roberts University of California / Cloud bridge / PocketSphinx library / Yale University / Tobias Höllerer University of Arizona University of California / /

IndustryTerm

standalone touchscreen device / http /

OperatingSystem

Android / /

Organization

University of California / School of Information / Yale University / University of Arizona University / University of California at Santa Barbara / US Federal Reserve / Carnegie Mellon University / Aesthetic Research Centre of Canada / /

Person

Angus Forbes / David Rosenboom / Herbert Wichmann Verlag / /

Position

breath controller / mobile interface designer / author / /

Product

Control / VL-1 / /

ProgrammingLanguage

JavaScript / /

ProvinceOrState

California / /

Technology

Visual Computing / speech recognition / synthesis algorithms / JSON / GPS / screen capture / feature extraction algorithms / blob-tracking algorithm / using web technologies / Lua / Android / operating system / mobile device / UDP / mobile devices / Biofeedback / MIDI / flash / defined programmatically using Lua / declared using JSON / /

URL

http /

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