| Document Date: 2011-07-19 08:46:50
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City Geneva / / Company BT F M P RA RS S SA SF SM / Satellite / / Country Canada / / Currency pence / / Event Debt Financing / FDA Phase / / Facility Communications Research Centre / zL GL xR K-filter yR Mean square zR GR xC K-filter yC Mean / Mean square / / IndustryTerm algorithm / objective multichannel loudness measurement algorithm / multichannel loudness measurement modelling algorithm / fixed service systems / loudness algorithms / multichannel measurement algorithm / audio measurement algorithms / broadcast applications / recommended algorithm / multichannel algorithm / basic loudness algorithms / digital media / objective monophonic loudness algorithms / dynamics processing / loudness measurement algorithm / monophonic loudness meters/algorithms / radiocommunication services / energy-based loudness measure / digital signal processing / potential loudness measurement algorithms / multichannel loudness algorithm / / NaturalFeature LFE channel / / Organization United Nations / Audio Perception Lab / Communications Research Centre / ITU Radiocommunication Assembly / / Product English / / TVShow Space / / Technology loudness algorithms / newly developed algorithm / Remote sensing / proposed algorithm / loudness measurement algorithm / multichannel algorithm / multichannel loudness measurement modelling algorithm / monophonic loudness meters/algorithms / multichannel loudness algorithm / basic loudness algorithms / 2 1 RECOMMENDATION ITU-R BS.1770-2* Algorithms / audio measurement algorithms / potential loudness measurement algorithms / multichannel measurement algorithm / DSP / objective multichannel loudness measurement algorithm / objective monophonic loudness algorithms / / URL http /
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RECOMMENDATION ITU-R BS[removed]Algorithms to measure audio programme loudness and true-peak audio level