University of Music / Robert Höldrich Institute of Electronic Music / /
IndustryTerm
online secondary path estimation / digital signal processor / noise control systems / less processing power / real-time calculation / headphone applications / gradient search algorithms / predictive solution / improved online secondary path modeling / e-lib / active noise control systems / lms algorithm / active noise cancellation algorithm / elegant prediction solution / signal processing / online secondary path modeling method / real-life applications / efficient feedback active noise control algorithm / online secondary-path modeling / adaptive algorithms / telecommunications / least mean squares algorithm / prediction solution / online measurements / /
MusicAlbum
Speech / /
MusicGroup
Fig / /
Organization
University of Music and Performing Arts Graz / IMC / Robert Höldrich Institute of Electronic Music and Acoustics / Institution of Engineering and Technology / Styrian Business Promotion Agency / Government of Styria / Institution of Engineering / /
Person
Markus Guldenschuh / Again / Schroeder / /
Position
internal model controller / dummy head / automatic controller / feedback controller / controller / /
Product
Aiptek Noise Reducing Headphone/Headset / /
ProvinceOrState
South Dakota / Styria / /
Technology
normalised LMS algorithm / ADC / broadband / efficient feedback active noise control algorithm / process control / Extrapolation algorithms / LMS algorithm / digital signal processor / least mean squares algorithm / Durbin algorithm / prediction unit The FXLMS algorithm / active noise control system using PBS-LMS algorithm / simulation / gradient search algorithms / adaptive algorithms / DSP / FXLMS algorithm / two-sensor active noise cancellation algorithm / /
www.ietdl.org Published in IET Signal Processing Received on 31st May 2012 Revised on 27th November 2012 Accepted on 22nd January 2013 doi: [removed]iet-spr[removed]