Oslo / New York / Sydney / Paris / Cambridge / Beijing / /
Company
MIT Press / Custom Prototype DJ Software / Prototype Hardware / International Computer Music / W3K Publishing / J. / Raw Material Software / /
Country
Norway / France / United States / Australia / China / / /
Facility
Stanford University / Centre Pompidou / KTH Royal Institute of Technology / /
IndustryTerm
sensor fusion algorithms / haptic turntable device / local area network / vinyl emulation software / wireless networking capabilities / low-latency wireless network / rubber mats / Wireless Sensor Enabled Record / wireless sensing method / musical devices / music systems / sticky rubber / audio recording equipment / real-time musical signal processing / rubber / paint / car dashboard / digital audio playback device / mechanical device / minimal custom hardware / analog turntable hardware / proper processing / minimal additional hardware / software model / Wireless Sensor Record In Action / mobile phone software / real-time audio parameter / Host software / virtual paint markings / framework with numerous tools / User-centric context-aware mobile applications / multi-touch technology advances / unspecified sensor fusion algorithm / developed software / real-time music signal processing / physphone sticky rubber record / /
Movie
Australia / /
MusicAlbum
Acoustics / /
Organization
National Science Foundation / MIT / Stanford University / Institute of Technology / Institute for Computer Sciences / Social Informatics and Telecommunications Engineering / School of Humanities and Sciences / /
Person
Bill Verplank / Simon Reiff / F. Dressler / S. Oksanen / V / Daniel Lee / Steve Perella / P. Bellavista / Keatly Halderman / Jonathan S. Abel / Nicholas J. Bryan / Pinky / /
Position
violinist / author / record player / Professor / Cao / /
Product
Apple iPhone 4 Smartphone / Apple iPod Touch Portable Audio Device / /
ProgrammingLanguage
Scratch / php / Synthesis Toolkit / /
ProvinceOrState
New York / /
SportsLeague
Stanford University / /
Technology
LAN / smart phone / smart phones / smartphone / mobile phones / MP3 / mobile device / UDP / unspecified sensor fusion algorithm / cellular telephone / smartphones / sensor fusion algorithms / Bluetooth / /
Two Turntables and a Mobile Phone Nicholas J. Bryan and Ge Wang Center for Computer Research in Music and Acoustics (CCRMA) Stanford University 660 Lomita Dr. Stanford, California, USA