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ECG beat classification by using discrete wavelet transform and Random Forest algorithm

机译:基于离散小波变换和随机森林算法的心电图心跳分类

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Until now, there has been no study in the literature that uses Random Forest algorithm for the classification of ECG beats. In this study, the ECG signals obtained from the MIT/BIH database were used to classify the five heartbeat classes (N, L, R, V, P). Feature extraction from the ECG signals for classification of ECG beats was performed by using discrete wavelet transform (DWT). The Random Forest was then presented for the classification of the ECG signals. Five types of ECG beats were classified with a success of 99.8%. Since Random Forest algorithm works very fast, gives excellent performance and there is no cross validation, it can be useful for long-term ECG beat classification.
机译:迄今为止,在文献中还没有使用随机森林算法对ECG搏动进行分类的研究。在这项研究中,从MIT / BIH数据库获得的ECG信号用于对五个心跳类别(N,L,R,V,P)进行分类。通过使用离散小波变换(DWT)从ECG信号中提取特征以进行ECG搏动分类。然后提出了随机森林,对ECG信号进行分类。心电图节律的五种类型被分类,成功率为99.8%。由于随机森林算法工作速度非常快,具有出色的性能并且没有交叉验证,因此对于长期心电图心跳分类很有用。

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