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Measuring Micro-Dynamics - a First Step: Standardizing PSR, the Peak to Short-term loudness Ratio

机译:测量微动力-第一步:标准化PSR,峰值至短期响度比

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The "loudness war" still rages, but with major digital streaming services switching to loudness normalization by default, its end is near. Since absolute loudness is no longer effective at making music "stand out," engineers are finding it much more effective to optimize micro-dynamics instead. The overall PLR (Peak to Loudness Ratio) of an audio track is widely recognized as a useful metric to assess the overall micro-dynamics of a section of audio and the likely results of normalization. However, short-term variations are also important, especially when judging the results of compression and limiting on audio quality, and these can be usefully assessed by a real-time property known as PSR (Peak to Short-Term Loudness Ratio). PSR is found to be straightforward and intuitive to use, and several popular meters are already reporting it. This paper proposes a standardization of the term, to encourage consistency and adoption.
机译:“响度之战”仍在肆虐,但是随着主要数字流服务默认情况下切换到响度归一化,其末日临近。由于绝对响度在使音乐“脱颖而出”方面不再有效,因此工程师发现优化微动力学效果要好得多。音频轨道的整体PLR(峰值与响度比)被广泛认为是评估一段音频的整体微动力以及归一化结果的有用度量。但是,短期变化也很重要,尤其是在判断压缩结果和限制音频质量时,这些变化可以通过称为PSR(峰值与短期响度比)的实时属性进行有效评估。人们发现PSR易于使用且直观,并且一些流行的仪表已经在报告它。本文提出了该术语的标准化方法,以鼓励一致性和采用性。

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