基于神经网络的乐器信息检索

Naktode Dipali Ravi, D. Bhalke
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引用次数: 2

摘要

本文讨论了来自不同乐器族的15种乐器的识别与检索。该系统分三个阶段实施;首先是预处理,其次是特征提取,最后是识别与检索。乐器检索使用最重要的和可区分的特征,如颞和倒谱特征。Kohenon自组织映射被用作分类器。15台仪器的平均准确度为92.98%。实验结果还表明,LPCC与MFCC和temporal相比,对所有乐器都有更好的识别率。
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Musical Instrument Information retrieval using Neural Network
In this paper musical instrument recognition and retrieval for fifteen musical instruments from different instrument families are discussed. The system is implementing in three stages; first stage is pre-processing, second is feature extraction and third is recognition and retrieval. Musical instruments are retrieved using most important and distinguishable features like temporal and cepstral features. Kohenon self organizing map has been used as classifiers. The average accuracy is achieved for fifteen instruments are recorded 92.98%. The experimental results also show that the better recognition rate is obtained for LPCC as compared to MFCC and temporal for all the musical instruments.
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