by
Jean-francois Paiement A
,
Yves Grandvalet A
,
Douglas Eck C
,
J. -f. Paiement
,
Y. Gr
,
S. Bengio
,
D. Eck
,
A Distance
,
Jean-francois Paiement
,
Yves Grandvalet
,
Samy Bengio
,
Douglas Eck
@MISC{A08adistance, author = {Jean-francois Paiement A and Yves Grandvalet A and Douglas Eck C and J. -f. Paiement and Y. Gr and S. Bengio and D. Eck and A Distance and Jean-francois Paiement and Yves Grandvalet and Samy Bengio and Douglas Eck}, title = {A Distance Model for Rhythms}, year = {2008} }
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Abstract
Abstract. Modeling long-term dependencies in time series has proved very difficult to achieve with traditional machine learning methods. This problem occurs when considering music data. In this paper, we introduce a model for rhythms based on the distributions of distances between subsequences. A specific implementation of the model when considering Hamming distances over a simple rhythm representation is described. The proposed model consistently outperforms a standard Hidden Markov Model in terms of conditional prediction accuracy on two different music databases. 2 IDIAP–RR 08-33 1