Montreal / Daejeon / Athens / Berlin / Los Angeles / Erlangen / Curitiba / Aalborg / Marseille / Florence / /
Company
Adobe / Kraft / Polyphonic Music / the AES / /
Country
Germany / Italy / France / United States / Brazil / Canada / Korea / Greece / Denmark / / /
Facility
Laboratory Results / /
IndustryTerm
open web standards / audio processing functionality / proper audio processing / web-based infrastructure / web experi / Web-based Experiments / limited prediction algorithm / web-based results / web standards / browser-based real-time binaural synthesis processor / real-time signal processing / required audio processing / Internet experiments / Web Audio / web-based experiment / audio processing / audio equipment / audio systems / neural network / audio coding systems / audio processing features / Web Consortium / Web-based MUSHRA Implementation Software / ms Web Audio API ScriptProcessorNode AudioDestinationNode scriptProcessor / WEB STANDARDS Web-based listening tests / web-based auditory experiments / multichannel sound systems / web technologies / web framework / software architecture / so-called web-based experiments / Web Audio API / /
NaturalFeature
Audio Stream / /
OperatingSystem
Linux / /
Organization
14th International Society for Music Information Retrieval Conference / MUSHRA GUI / International Telecommunications Union / Acoustical Society of America / IM AF / International Society for Music Information Retrieval / Universitat Polit`ecnica de Catalunya / Fraunhofer-Institut f¨ / /
Person
N. Harlander / V / /
Position
Listener Model for Predicting the Overall Listening Experience / /
ProgrammingLanguage
Java / HTML / JavaScript / /
Technology
functional programming / Apple Quicktime / MPEG / Linux / API / defined algorithm / using web technologies / operating system / HTML / neural network / Java / web technologies / browser-based real-time binaural synthesis processor / DOM / limited prediction algorithm / Document Object Model / Flash / GUI / /
Towards the Next Generation of Web-based Experiments: A Case Study Assessing Basic Audio Quality Following the ITU-R Recommendation BS[removed]MUSHRA) Michael Schoeffler International Audio Laboratories Erlangen∗