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Implementation and Evaluation of Autonomous Multi-track Fader Control

机译:自主多轨推子控制的实现与评估

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A new approach to the autonomous control of faders for multi-track audio mixing is presented. The algorithm is designed to generate an automatic sound mix from an arbitrary number of monaural or stereo audio tracks of any sample rate, and to be suitable for both live and post-production use. Mixing levels are determined by the use of the EBU R-128 loudness measure, with a cross-adaptive process to bring each track to a time-varying average. A hysteresis loudness gate and selective smoothing prevents the adjustment of intentional dynamics in the music. Realtime and off-line software implementations have been created. Subjective evaluation is provided in the form of listening tests, where the method is compared against the results of a human mix and a previous automatic fader implementation.
机译:提出了一种用于多轨音频混合的推子自动控制的新方法。该算法旨在根据任意采样率的任意数量的单声道或立体声音频轨道生成自动混音,并且适合现场和后期制作使用。混音水平是通过使用EBU R-128响度测量来确定的,并采用交叉自适应的方法将每个音轨转换为时变平均值。磁滞响度门和选择性平滑功能可防止音乐中有意动态的调整。已经创建了实时和离线软件实现。以听觉测试的形式提供主观评估,其中将该方法与人工混合的结果和以前的自动推子实现进行比较。

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