Computer Science ›› 2014, Vol. 41 ›› Issue (10): 45-49.doi: 10.11896/j.issn.1002-137X.2014.10.010
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WANG Zhi-qiang,GUO Ning and FU Xiang-hua
| [1] Chechil G,Le E,Rehn M,et al．Large-scale Content-based AudioRetrieval from Text Queries [C]∥1st International ACM Conference on Multimedia Information Retrieval．Canada,August 2008:105-112 [2] Nakano T,Goto M,Hiraga Y．MiruSinger:A Singing Skill Visua-lization Interface Using Real-time Feedback and Music CD Recordings as Referential Data [C]∥9th IEEE International Symposium on Multimedia-Workshops．Taiwan,December 2007:75-76 [3] Mayor O,Bonada J,Loscos A．Performance Analysis and Sco-ring of the Singing Voice [C]∥AES 35th International Confe-rence:Audio for Games．London,UK,February 2009:1-7 [4] Ruiz-Reyes N,Vera-Candeas P,Muoz J E,et al．New Speech/music Discrimination Approach Based on Fundamental Frequency Estimation [J]．Multimedia Tools and Application,2009,41(2):253-286 [5] 马元峰,陈克安,王娜．Moore响度模型的数值计算方法[J]．声学技术,2008,7(3):390-395 [6] Yuan Ji-xuan,Song Zhu-mei．Sound Loudness Research onAcoustic-structure Coupling Field in an Enclosed Cavity[C]∥2nd Pacific-Asia Conference on Circuits,Communications and System．Beijing,China,August 2010:456-462 [7] Rao Dan,Xie Bo-sun,Liang Zhi-qiang．Binaural Loudness Spectra Analysis of Individualized Binaural Room Impulse Responses [C]∥2nd International Congress on Image and Signal Proces-sing．Tianjin,China,October 2009:1-4 [8] Zheng Gui-bin,Han Ji-qing．Real-time Audio Retrieval Method and Automatic Commercial Detecting System [J]．Journal of Computer Science,2006,2(3):297-302 [9] Nozaki T,Kameyama K．Feature Selection for User-adaptiveContent-based Music Retrieval using Particle Swarm Optimization [C]∥10th International Conference on Intelligent Systems Design and Applications．2010:941-946 [10] You J,Park S,Kim I．An Efficient Frequent Melody Indexing Method to Improve the Performance of Query-by-humming Systems [J]．Journal of Information Science,2008,34(6):777-798 |
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