使用质心神经网络的基于内容的音频数据检索

Dong-Chul Park
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引用次数: 4

摘要

提出了一种基于内容的音频信号检索分类方案。该方案采用基于发散度的质心神经网络(DCNN)对高斯概率密度函数(GPDF)数据进行聚类。与其他传统算法相比,针对概率数据设计的DCNN采用了一种音频数据表示方法,其中每个音频数据由高斯分布特征向量表示,具有鲁棒性优势。多个音频数据集的实验和结果表明,基于dcnn的分类算法比使用传统k-means和自组织映射(SOM)算法的模型具有更高的准确率。
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 retrieval of audio data using a Centroid Neural Network
A classification scheme for content-based audio signal retrieval is proposed in this paper. The proposed scheme uses the Centroid Neural Networks (CNN) with a Divergence Measure called Divergence-based Centroid Neural Network (DCNN)to perform clustering of Gaussian Probability Density Function (GPDF) data. In comparison with other conventional algorithms, the DCNN designed for probability data has the robustness advantages of utilizing a audio data representation method in which each audio data is represented by a Gaussian distribution feature vector. Experiments and results for several audio data sets have shown that the DCNN-based classification algorithm has accuracy improvements over models employing the conventional k-means and Self Organizing Map (SOM) algorithms.
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