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A Comparative Analysis of Biomedical Data Mining Models for Cardiac Signal Classification

机译:生物医学数据挖掘模型对心脏信号分类的比较分析

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Application of machine learning in healthcare sector is increasing day-by-day. It can be very useful for automated and early diagnosis of different diseases. In the proposed work, authors have compared the classification performance of three different classifiers for cardiac signal classification. The ECG data is collected form Physionet database. Relevant features are extracted from the original signal by applying dual tree complex wavelet transform (DTCWT). Multi-layer perceptron (MLP), radial basis function (RBFN), and support vector machine (SVM) classifiers are considered for classifying the cardiac signal. From the result, it can be observed that, SVM is performing better as compare to other two types of classifiers.
机译:机器学习在医疗部门的应用正在日趋增加。 它对不同疾病的自动化和早期诊断非常有用。 在拟议的工作中,作者已经将三种不同分类器的分类性能进行了比较了用于心脏信号分类。 ECG数据是收集的Form PhysioMet数据库。 通过应用双树复杂小波变换(DTCWT),从原始信号中提取相关特征。 考虑多层Perceptron(MLP),径向基函数(RBFN)和支持向量机(SVM)分类器用于对心脏信号进行分类。 从结果中,可以观察到,SVM比与其他两种类型的分类器相比更好地执行。

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