MIT Press / Oxford University Press / Analog Communication Systems / International Computer Music / /
Country
United States / / /
Facility
University of London New Cross / University of London / Meyda library / /
IndustryTerm
output systems / integrated low-level solution / software platform / Web array math api specification / live music information retrieval systems / Web environment / audio feature extraction software / Web Audio API working / Web Audio API specification / feature extraction algorithms / multimedia information retrieval systems / cheaper devices / Web Array Math / real-time buffer / Web Audio / media classification etc / Web APIs / energy content / energy / web client / web search interfaces / potential applications / i5 processor / query-based search / music information retrieval systems / proposed Web Array Math API / sound media / extendable open source continuous integration server / Web Audio Conference / Web Audio API node graph architecture / Web speech api specification / native software / real-time querying / Web Audio API / recognition algorithms / /
OperatingSystem
Unix / Android / Microsoft Windows / /
Organization
MIT / Oxford University / IEEE Computer Society / University of London / /
Person
Marco Gillies / Mel Frequency Cepstral Coefficients / Rebecca Fiebrink / Jakub Fiala Goldsmiths / Hugh Rawlinson Nevo Segal Jakub / /
Position
extractor / speaker / YAAFE Audio Feature Extractor / Systems General / programmer / /
Product
3e Osece / /
ProgrammingLanguage
Java / Python / HTML / DC / JavaScript / /
Technology
speech recognition / broadband / Unix / API / Smartphone / command line interface / feature extraction algorithms / i5 processor / Android / HTML / mobile devices / Java / Data Mining / recognition algorithms / GUI / /
Meyda: an audio feature extraction library for the Web Audio API ∗ Hugh Rawlinson Nevo Segal