Key result
The proposed KDNN-SAE algorithm achieved a high overall score of 0.9997 for heartbeat detection, outperforming existing methods like CIF (0.9990) and CNN (0.95115).
Why the study?
Existing CNN-based heartbeat detection methods suffer from poor generalization, leaving the effectiveness and robustness of traditional heartbeat detectors uncertain.
Answers are grounded in this paper and cite their sources.
The proposed KDNN-SAE algorithm demonstrates highly accurate heartbeat detection from multimodal ECG data, outperforming traditional CNN and ANN methods.
Heartbeat detection stays central to cardiovascular an electrocardiogram (ECG) is used to help with disease diagnosis and management. Existing Convolutional Neural Network (CNN)-based methods suffer from the less generalization problem thus; the effectiveness and robustness of the traditional heartbeat detector methods cannot be guaranteed. In contrast, this work proposes a heartbeat detector Krill based Deep Neural Network Stacked Auto Encoders (KDNN-SAE) that computes the disease before the exact heart rate by combining features from multiple ECG Signals. Heartbeats are classified independently and multiple signals are fused to estimate life threatening conditions earlier without any error in classification of heart beat. This work contained Training and testing stages, in the preparation part at first the Adaptive Filter Enthalpy-based Empirical Mode Decomposition (EMD) is utilized to eliminate the motion artifact in the signal. At that point, the robotic process automation (RPA) learning part extracts the effective features are extracted, and normalized the value of the feature then estimated utilizing the RPA loss function. At last KDNN-SAE prepared training for the data stored in the dataset. In the subsequent stage, input signal compute motion artifact and RPA Learning the evaluation part determines the detection of Heartbeat. So early diagnosis of heart failures is an essential factor. The results of the experiments show that our proposed method has a high score outcome of 0.9997. Comparable to the CIF, which reaches 0.9990. The CNN and Artificial Neural Network (ANN) had less score 0.95115 and 0.90147.
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Saranya et al. (2022) studied Arrhythmia (Heartbeat detection) (n=109,914). KDNN-SAE algorithm vs. CNN, ANN, and CIF algorithms was evaluated on Overall score for heartbeat detection. The proposed KDNN-SAE algorithm achieved a high overall score of 0.9997 for heartbeat detection, outperforming existing methods like CIF (0.9990) and CNN (0.95115).
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