Dataset of handling noise for "Assessing the relevance of perceptually driven objective metrics in the presence of handling noise"

This dataset contains the handling noise chunks used in [1] under the folders "tapping" and "rustle" and the csv files used to compute the results in section 5 of [1] under the "csv" folder. These chunks have been extracted from seven in-house recordings and twelve of the sixteen recordings from [2]. The twelve recordings from [2] have first been converted from the .wma to the .wav format and resampled from 44100 Hz to 48000 Hz before the extraction of the chunks. The sample rate of the in-house recordings is natively 48000 Hz. [1] Angonin, C., Chourdakis E. T., and Åeng, R. A. "Assessing the relevance of perceptually driven objective metrics in the presence of handling noise", in 152nd Audio Engineering Society Convention, Netherlands, 2022. [2] Kentric, P. Jackson, I. R., Fazenda, B. M, Cox, T. J., and Li, F. F. "Microphone handling noise: Measurements of perceptual threshold and effects on audio quality." PloS one, 10(10), 2015.本数据集包含文献[1]中所使用的操作噪声（handling noise）片段，相关文件分别存放于"tapping"与"rustle"文件夹下；同时包含用于计算文献[1]第5章节实验结果的CSV文件，该类文件存放于"csv"文件夹中。这些噪声片段源自7条内部录制音频，以及文献[2]中16条录制音频里的12条。在提取这些片段前，文献[2]的12条录制音频已先从.wma格式转换为.wav格式，并将采样率从44100赫兹重采样至48000赫兹。内部录制音频的原生采样率为48000赫兹。[1] Angonin, C., Chourdakis E. T. 及 Åeng, R. A.：《存在操作噪声时感知驱动型客观指标的相关性评估》，发表于第152届音频工程学会（Audio Engineering Society）大会，荷兰，2022年。[2] Kentric, P., Jackson, I. R., Fazenda, B. M., Cox, T. J. 及 Li, F. F.：《麦克风操作噪声：感知阈值的测量及对音频质量的影响》，发表于《PLOS ONE》，第10卷第10期，2015年。