基于内容的音乐检索算法及仿真分析

Han Xuelian
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引用次数: 0

摘要

为了快速准确地从海量音乐数据库中检索所需的音乐歌曲,本文介绍了基于内容的音频检索系统的框架及其相关特点和难点。然后描述了在系统框架内,在语音平台上对人声哼音特征进行处理的过程。在仿真音乐平台上,结合音频信号的相关特征,研究分析了基于音符与基频结合的背景音乐歌曲检索算法。采用更精确的应力位移迭代对准算法可以提高哼声检索的精度。实验表明,采用该检索策略后,嗡嗡声检索系统的平均检索时间明显缩短。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Content-Based Music Retrieval Algorithm and Simulation Analysis
To quickly and accurately retrieve the required music songs from the mass music database, this paper introduces the framework of content-based audio retrieval system and its related characteristics and difficulties. Then it describes the process of human voice humming feature processing on the voice platform within the framework of the system. On the simulation music platform, the retrieval algorithm based on the combination of notes and fundamental frequency is studied and analyzed for songs with background music, combined with the relevant characteristics of audio signals. The accuracy of humming retrieval can be improved by using more accurate iterative alignment algorithm of stress shift. The experiments show that the average retrieval time of humming retrieval system is significantly reduced by using the retrieval strategy.
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