No abstract available. <br><br> doi:<a href="http://dx.doi.org/10.2204/iodp.sd.s01.27.2007" target="_blank">10.2204/iodp.sd.s01.27.2007</a>

In this paper, the content-based retrieval of audio interests in the same multimedia object. Finally, even if all example based on MP3 digital music archive is considered. In relevant object characteristics are annotated, problem may our proposed method, the Sub-Band Coefficients (SBC) in a arise due to the use of different indexing languages or MIP3 frame is used for feature extraction. Both Quantization-vocabularies by different users. In order to solve these Tree indexing (QT) approach and the Melody-Line Tracking utilize content-based retrieval [3][4][5] problems, we ulzecnetbsdrtevl[]45]by (MLT) approach are proposed for indexing MP3 objects. . 'Finally, a two-stage comparison method is used to measure the audio example to access multimedia database n an efficient similarity between MP3 objects. We also employ the and practical way. measurement of the similarity between query sample and database items. Evaluations on a content-based MP3 retrieval II. PROPOSED APPROACH system are performed. Experimental results show that our In the preceding section, the fundamental concept and the proposed approach can achieve good performance and high general architecture for content-based retrieval of audio example based on MP3 songs are introduced. As shown in