Automatic Music Mood Classification Based on Timbre and Modulation Features

作者：Ren Jia Min^*; Wu Ming Ju; Jang Jyh Shing Roger

来源：IEEE Transactions on Affective Computing, 2015, 6(3): 236-246.

DOI：10.1109/TAFFC.2015.2427836

• Music mood classification
• modulation spectrogram
• octave-based spectral contrast/valley
• spectral flatness/crest measure

In recent years, many short-term timbre and long-term modulation features have been developed for content-based music classification. However, two operations in modulation analysis are likely to smooth out useful modulation information, which may degrade classification performance. To deal with this problem, this paper proposes the use of a two-dimensional representation of acoustic frequency and modulation frequency to extract joint acoustic frequency and modulation frequency features. Long-term joint frequency features, such as acoustic-modulation spectral contrast/valley (AMSC/AMSV), acoustic-modulation spectral flatness measure (AMSFM), and acoustic-modulation spectral crest measure (AMSCM), are then computed from the spectra of each joint frequency subband. By combining the proposed features, together with the modulation spectral analysis of MFCC and statistical descriptors of short-term timbre features, this new feature set outperforms previous approaches with statistical significance.

• 出版日期2015-9
• 单位清华大学