Multi-Signal Informed Attention for Beat and Downbeat Detection

Processing multiple signal sources presents a challenge but also an opportunity in music information processing, especially when the sources provide complementary information. The attention mechanism paves the way toward addressing this challenge. In this paper, a novel transformer for beat and down-beat detection is proposed, named Informed Beat Transformer. It is theorised to both improve upon previous beat and downbeat detection models and take advantage of auxiliary information. Two experiments are run to test these two hypotheses. In the first experiment, it is directly compared to the Beat Transformer and found to have an average improvement of 0.005 in the F1 score across 4 datasets. The second experiment compares the Beat Transformer and madmom's beat tracker to the Informed Beat Transformer in a situation where a beat coherent signal stream is available, in this case a drum track. It was found to have a significant improvement to the Beat Transformer with an increase in F1 score of 0.702 and an increase of 0.018 to the madmom beat tracker. These results show the efficacy of the Informed Beat Transformer in both experimental settings.

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Publication Details

Published
2024-09-30
DOI
https://doi.org/10.1109/is262782.2024.10704128
Primary Topic
Speech and Audio Processing
Type
article
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article

Multi-Signal Informed Attention for Beat and Downbeat Detection

J.H. Bolt, György Fazekas, Johan Pauwels
1 links
Speech and Audio Processing
article

Multi-Signal Informed Attention for Beat and Downbeat Detection

J.H. Bolt, György Fazekas, Johan Pauwels
article en

Abstract

Processing multiple signal sources presents a challenge but also an opportunity in music information processing, especially when the sources provide complementary information. The attention mechanism paves the way toward addressing this challenge. In this paper, a novel transformer for beat and down-beat detection is proposed, named Informed Beat Transformer. It is theorised to both improve upon previous beat and downbeat detection models and take advantage of auxiliary information. Two experiments are run to test these two hypotheses. In the first experiment, it is directly compared to the Beat Transformer and found to have an average improvement of 0.005 in the F1 score across 4 datasets. The second experiment compares the Beat Transformer and madmom's beat tracker to the Informed Beat Transformer in a situation where a beat coherent signal stream is available, in this case a drum track. It was found to have a significant improvement to the Beat Transformer with an increase in F1 score of 0.702 and an increase of 0.018 to the madmom beat tracker. These results show the efficacy of the Informed Beat Transformer in both experimental settings.

Queen Mary University of London (GB)
Openalex Percentile: Top 81%
Speech and Audio Processing
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Multi-Signal Informed Attention for Beat and Downbeat Detection — J.H. Bolt, György Fazekas, et al. · (2024) | TGRS Research Map | TGRS