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Papers/Sequential Skip Prediction with Few-shot in Streamed Music...

Sequential Skip Prediction with Few-shot in Streamed Music Contents

Sungkyun Chang, Seungjin Lee, Kyogu Lee

2019-01-24Few-Shot LearningMeta-LearningSequential skip predictionMetric Learning
PaperPDFCode(official)

Abstract

This paper provides an outline of the algorithms submitted for the WSDM Cup 2019 Spotify Sequential Skip Prediction Challenge (team name: mimbres). In the challenge, complete information including acoustic features and user interaction logs for the first half of a listening session is provided. Our goal is to predict whether the individual tracks in the second half of the session will be skipped or not, only given acoustic features. We proposed two different kinds of algorithms that were based on metric learning and sequence learning. The experimental results showed that the sequence learning approach performed significantly better than the metric learning approach. Moreover, we conducted additional experiments to find that significant performance gain can be achieved using complete user log information.

Results

TaskDatasetMetricValueModel
VideoMSSDmean average accuracy84.9Teacher
VideoMSSDmean average accuracy63.7seq1HL (2-stack)
Temporal Action LocalizationMSSDmean average accuracy84.9Teacher
Temporal Action LocalizationMSSDmean average accuracy63.7seq1HL (2-stack)
Zero-Shot LearningMSSDmean average accuracy84.9Teacher
Zero-Shot LearningMSSDmean average accuracy63.7seq1HL (2-stack)
Action LocalizationMSSDmean average accuracy84.9Teacher
Action LocalizationMSSDmean average accuracy63.7seq1HL (2-stack)
Activity Recognition In VideosMSSDmean average accuracy84.9Teacher
Activity Recognition In VideosMSSDmean average accuracy63.7seq1HL (2-stack)
Activity PredictionMSSDmean average accuracy84.9Teacher
Activity PredictionMSSDmean average accuracy63.7seq1HL (2-stack)

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