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Curve fitting, filter bank and wavelet feature fusion for classification of PCG signals

机译:曲线拟合,滤波器组和小波特征融合用于PCG信号分类

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The use of efficient feature extraction methods is very important to correctly classify the heart sound signal and to diagnosis the heart disease. In this paper, we propose two feature extraction algorithms for feature extraction of cardiac phonocardiography (PCG) signal. The both methods use the sequence discipline of PCG obtained by curve fitting model. In the first and the second methods, the sequence information is fused with features extracted by filter banks and by wavelets respectively. We used a dataset of PCG signals which contains the heart sounds of 98 persons (40 cases without heart disease and either no murmur or an innocent murmur and 58 cases with a variety of cardiac diagnoses and a pathologic systolic murmur). The experimental results show the efficiency of our proposed methods compared to some popular feature extraction methods from five different classification accuracy measures point of view.
机译:使用有效的特征提取方法对于正确分类心音信号和诊断心脏病非常重要。在本文中,我们提出了两种特征提取算法,用于心脏心动图(PCG)信号的特征提取。两种方法都使用通过曲线拟合模型获得的PCG的序列规则。在第一和第二种方法中,将序列信息与分别由滤波器组和小波提取的特征融合。我们使用的PCG信号数据集包含98个人的心音(40例无心脏病,无杂音或无辜杂音,以及58例具有各种心脏诊断和病理性收缩期杂音)。实验结果表明,从五种不同的分类精度度量角度来看,与某些流行的特征提取方法相比,我们提出的方法是有效的。

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