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Measuring Dynamics: Comparing and Contrasting Algorithms for the Computation of Dynamic Range

There is a consensus among many in the audio industry that recorded music has grown increasingly compressed over the past few decades. Some industry professionals are concerned that this compression often results in poor audio quality with little dynamic range. Although some algorithms have been proposed for calculating dynamic range, we have not been able to find any studies suggesting that any of these metrics accurately represent any perceptual dimension of the measured sound. In this paper, we review the various proposed algorithms and compare their results with the results of a listening test. We show that none of the tested metrics accurately predict the perceived dynamic range of a musical track, but we identify some potential directions for future work.

Authors: Boley, Jon; Danner, Christopher; Lester, Michael
Affiliations: LSB Audio LLC, Lafayette, IN, USA; Shure Incorporated, Nilea, IL, USA; University of Miami, Coral Gables, FL, USA(See document for exact affiliation information.)
AES Convention:129 (November 2010) Paper Number:8178 Import into BibTeX
Subject:Loudness and Dynamics

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