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Recurrent Neural Network Based Classification of ECG Signal Features for Obstruction of Sleep Apnea Detection

机译:基于递归神经网络的心电图信号特征分类,用于阻塞睡眠呼吸暂停

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This paper introduces an OSA detection method based on Recurrent Neural network. At the first step, RR interval (time interval from one R wave to the next R wave) is employed to extract the signals from Apnea- Electrocardiogram (ECG) where all extracted features are then used as an input for the designed deep model. Then an architecture having four recurrent layers and batch normalization layers are designed and trained with the extracted features for OSA detection. Apnea-ECG datasets from physionet.org are used for training and testing our model. Experimental results reveal that our automatic OSA detection model provides better classification accuracy.
机译:介绍了一种基于递归神经网络的OSA检测方法。第一步,使用RR间隔(从一个R波到下一个R波的时间间隔)从呼吸暂停心电图(ECG)提取信号,然后将所有提取的特征用作设计的深层模型的输入。然后,使用提取的特征对具有四个循环层和批处理归一化层的体系结构进行设计和训练,以进行OSA检测。来自physionet.org的呼吸暂停-ECG数据集用于训练和测试我们的模型。实验结果表明,我们的自动OSA检测模型提供了更好的分类准确性。

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