WE1.I: Music Information Retrieval II |
Session Type: Poster |
Time: Wednesday, 6 May, 09:00 - 11:00 |
Location: On-Demand |
Session Chair: Nicholas J. Bryan, Adobe Research
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WE1.I.1: AUTOMATIC LYRICS ALIGNMENT AND TRANSCRIPTION IN POLYPHONIC MUSIC: DOES BACKGROUND MUSIC HELP? |
Chitralekha Gupta; National University of Singapore |
Emre Yilmaz; National University of Singapore |
Haizhou Li; National University of Singapore |
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WE1.I.2: LOCAL KEY ESTIMATION IN CLASSICAL MUSIC RECORDINGS: A CROSS-VERSION STUDY ON SCHUBERT’S WINTERREISE |
Hendrik Schreiber; International Audio Laboratories Erlangen |
Christof Weiß; International Audio Laboratories Erlangen |
Meinard Müller; International Audio Laboratories Erlangen |
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WE1.I.3: IMPROVING MUSIC TRANSCRIPTION BY PRE-STACKING A U-NET |
Fabrizio Pedersoli; University of Victoria |
George Tzanetakis; University of Victoria |
Kwang Moo Yi; University of Victoria |
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WE1.I.4: LEARNING TO RANK MUSIC TRACKS USING TRIPLET LOSS |
Laure Prétet; Creaminal |
Gaël Richard; LTCI, Télécom Paris |
Geoffroy Peeters; LTCI, Télécom Paris |
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WE1.I.5: TRANSFORMER VAE: A HIERARCHICAL MODEL FOR STRUCTURE-AWARE AND INTERPRETABLE MUSIC REPRESENTATION LEARNING |
Junyan Jiang; Carnegie Mellon University |
Gus Xia; New York University Shanghai |
Dave Carlton; Hooktheory, LLC |
Chris Anderson; Hooktheory, LLC |
Ryan Miyakawa; Hooktheory, LLC |
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WE1.I.6: A COMPARATIVE STUDY OF WESTERN AND CHINESE CLASSICAL MUSIC BASED ON SOUNDSCAPE MODELS |
Jianyu Fan; Simon Fraser University |
Yi-Hsuan Yang; Academia Sinica |
Kui Dong; Dartmouth College |
Philippe Pasquier; Simon Fraser University |
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WE1.I.7: AUDIO-BASED DETECTION OF EXPLICIT CONTENT IN MUSIC |
Andrea Vaglio; Deezer Research & Development / LTCI, Télécom Paris, Institut Polytechnique de Paris |
Romain Hennequin; Deezer Research & Development |
Manuel Moussallam; Deezer Research & Development |
Gaël Richard; LTCI, Télécom Paris, Institut Polytechnique de Paris |
Florence d'Alché-Buc; LTCI, Télécom Paris, Institut Polytechnique de Paris |
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WE1.I.8: NEW METRICS FOR EVALUATING THE ACCURACY OF FUNDAMENTAL FREQUENCY ESTIMATION APPROACHES IN MUSICAL SIGNALS |
Johanna Devaney; Brooklyn College, City University of New York |
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WE1.I.9: DATA-DRIVEN HARMONIC FILTERS FOR AUDIO REPRESENTATION LEARNING |
Minz Won; Universitat Pompeu Fabra |
Sanghyuk Chun; Naver Corporation |
Oriol Nieto; Pandora Media Inc. |
Xavier Serra; Universitat Pompeu Fabra |
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WE1.I.10: LEARNING A REPRESENTATION FOR COVER SONG IDENTIFICATION USING CONVOLUTIONAL NEURAL NETWORK |
Zhesong Yu; Peking University |
Xiaoshuo Xu; Peking University |
Xiaoou Chen; Peking University |
Deshun Yang; Peking University |
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WE1.I.11: TOWARDS LINKING THE LAKH AND IMSLP DATASETS |
TJ Tsai; Harvey Mudd College |
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WE1.I.12: A MULTI-DILATION AND MULTI-RESOLUTION FULLY CONVOLUTIONAL NETWORK FOR SINGING MELODY EXTRACTION |
Ping Gao; National Chiao Tung University |
Cheng-You You; National Chiao Tung University |
Tai-Shih Chi; National Chiao Tung University |
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