Procedia Computer Science · 2018 · 270 citations · 25 references
EngineeringBiomedical EngineeringCardiologyBiomedical Signal ProcessingMachine LearningTime Series AnalysisCardiac ArrhythmiasCardiac Signal ProcessingElectrocardiogram AnalysisElectrocardiographyIntracardiac ElectrophysiologyTime Series ClassificationArrhythmia DetectionArrhythmia DiagnosisArrhythmia RecognitionBeat ClassificationEcg Anomaly DetectionEcg Beat ClassificationLong Short-term Memory NetworksRecurrent Neural Networks
The study aims to automatically separate regular and irregular ECG beats. The authors used the MIT‑BIH Arrhythmia database, feeding ECG time‑series into an LSTM and splitting the data into training and test sets. RNNs, particularly LSTM, accurately classified normal and abnormal ECG beats, outperforming other RNN models in quantitative tests.
In this paper, Recurrent Neural Networks (RNN) have been applied for classifying the normal and abnormal beats in an ECG. The primary aim of this paper was to enable automatic separation of regular and irregular beats. The MIT-BIH Arrhythmia database is being used to classify the beat classification performance. The methodology used is carried out using huge volume of standard data i.e. ECG time-series data as inputs to Long Short Term Memory Network. We divided the dataset as training and testing sub-data. The effectiveness, accuracy and capabilities of our methodology ECG arrhythmia detection is demonstrated and quantitative comparisons with different RNN models have also been carried out.
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Hoo-Chang Shin, Matthew Orton, David J. Collins et al. · IEEE Transactions on Pattern Analysis and Machine Intelligence · 2012 · 496 citations
The clinical recognition of congenital heart disease
American Heart Journal · 1971 · 476 citations
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