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ECG heartbeat classification using Wavelet transform and different Neural network Architectures

机译:ECG心跳分类使用小波变换和不同的神经网络架构

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摘要

Individual Heartbeats of five different classes were extracted from the MIT BIH Arrhythmia Database, Continuous wavelet transform was performed for feature extraction of the ECG recordings, very powerful Convolutional Neural networks were used for the classification process in which many well-known architectures such as Res et Inception and Xception were used alongside more recent EfficientNet, and lastly a spatiotemporal method involving convolutional LSTMs was investigated owing to the joint time frequency nature of the wavelet Transform.
机译:从MIT BIH心律失常数据库中提取了五种不同类的个体心跳,对ECG录制的特征提取进行了连续小波变换,非常强大的卷积神经网络用于分类过程中,其中许多众所周知的架构(如Res et) 从最近的效率网和Xception一起使用,并且由于小波变换的关节时间频率性质,因此研究了涉及卷积LSTMS的时空方法。

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