Heart Rate Monitoring System Using Feature Extraction in Electrocardiogram Signal by Convolutional Neural Network

Hsing-Chung Chen, K. Shouryadhar
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Abstract

A new deep learning architecture, which is heart rate monitoring system using feature extraction in electrocardiogram signal by Convolutional Neural Network (CNN). Electrocardiogram based healthcare applications is presented in a federated context. The proposed system correctly diagnoses arrhythmias using an auto encoder and a classifier, both based on CNN. The module is provided to explain the classification findings in which the proposed classifier via employing an auto encoder and a classifier could check whether the rhythms of heart are normal, paced up or the heartbeat rate is irregular depending on the patient's situations. The module could offer the explanations of the classification findings in order to allow medical practitioners to quickly make the trustworthy judgments in preliminary diagnoses. Finally, the result shows that the proposed classifier could explain the classification for finding the two arrhythmias conditions which allow healthcare practitioners to rapidly make the correct conclusions.
基于卷积神经网络的心电图信号特征提取心率监测系统
一种新的深度学习架构,即利用卷积神经网络(CNN)对心电图信号进行特征提取的心率监测系统。基于心电图的医疗保健应用程序在联邦上下文中呈现。该系统使用基于CNN的自动编码器和分类器来正确诊断心律失常。该模块用于解释分类结果,其中所提出的分类器通过使用自动编码器和分类器可以根据患者的情况检查心脏节律是否正常,加快或心率不规则。该模块可以提供分类结果的解释,以便医生在初步诊断中快速做出可靠的判断。最后,结果表明,所提出的分类器可以解释发现两种心律失常状况的分类,使医护人员能够快速做出正确的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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