Technical Program
AASP-P2: Pitch and Musical Analysis |
Session Type: Poster |
Time: Monday, March 6, 16:00 - 18:00 |
Location: Churchill: Poster Area H |
Session Chair: Zhiyao Duan, |
AASP-P2.1: POLYPHONIC PIANO NOTE TRANSCRIPTION WITH NON-NEGATIVE MATRIX FACTORIZATION OF DIFFERENTIAL SPECTROGRAM |
Lufei Gao; The Chinese University of Hong Kong |
Li Su; Academia Sinica |
Yi-Hsuan Yang; Academia Sinica |
Tan Lee; The Chinese University of Hong Kong |
AASP-P2.2: FUSING TRANSCRIPTION RESULTS FROM POLYPHONIC AND MONOPHONIC AUDIO FOR SINGING MELODY TRANSCRIPTION IN POLYPHONIC MUSIC |
Bilei Zhu; Tencent Youtu AI Lab |
Fuzhang Wu; Tencent Youtu AI Lab |
Ke Li; Tencent Youtu AI Lab |
Yongjian Wu; Tencent Youtu AI Lab |
Feiyue Huang; Tencent Youtu AI Lab |
Yunsheng Wu; Tencent Youtu AI Lab |
AASP-P2.3: PROBABILISTIC TRANSCRIPTION OF SUNG MELODY USING A PITCH DYNAMIC MODEL |
Luwei Yang; Queen Mary University of London |
Akira Maezawa; Yamaha Corporation |
Jordan B. L. Smith; National Institute of Advanced Industrial Science and Technology |
Elaine Chew; Queen Mary University of London |
AASP-P2.4: IMPROVED TEMPLATE BASED CHORD RECOGNITION USING THE CRP FEATURE |
Ken O'Hanlon; Queen Mary University of London |
Sebastian Ewert; Queen Mary University of London |
Johan Pauwels; Queen Mary University of London |
Mark B. Sandler; Queen Mary University of London |
AASP-P2.5: MULTI-PITCH STREAMING OF INTERWOVEN STREAMS |
Chih-Yi Kuan; National Central University |
Li Su; Academia Sinica |
Yu-Hao Chin; National Central University |
Jia-Ching Wang; National Central University |
AASP-P2.6: AUTOMATIC MUSICAL KEY ESTIMATION WITH ADAPTIVE MODE BIAS |
Gilberto Bernardes; INESC TEC |
Matthew Davies; INESC TEC |
Carlos Guedes; New York University Abu-Dhabi & INESC TEC |
AASP-P2.7: A REASSIGNED BASED SINGING VOICE PITCH CONTOUR EXTRACTION METHOD |
Georgina Tryfou; Fondazione Bruno Kessler |
Maurizio Omologo; Fondazione Bruno Kessler |
AASP-P2.8: LYRIC RECOGNITION IN MONOPHONIC SINGING USING PITCH-DEPENDENT DNN |
Dairoku Kawai; Toyohashi University of Technology |
Kazumasa Yamamoto; Toyohashi University of Technology |
Seiichi Nakagawa; Toyohashi University of Technology |
AASP-P2.9: USING OPTIMAL TRANSPORT FOR ESTIMATING INHARMONIC PITCH SIGNALS |
Filip Elvander; Lund University |
Stefan Ingi Adalbjörnsson; Lund University |
Johan Karlsson; Royal Institute of Technology |
Andreas Jakobsson; Lund University |
AASP-P2.10: A NOVEL PITCH EXTRACTION BASED ON JOINTLY TRAINED DEEP BLSTM RECURRENT NEURAL NETWORKS WITH BOTTLENECK FEATURES |
Bin Liu; CASIA |
Jianhua Tao; CASIA |
Dawei Zhang; CASIA |
Yibin Zheng; CASIA |