Key result
Variable measurement model maps P wave characteristics in clinical ECGs across various segment lengths.
The proposed variable measurement model provides a method for visualizing P wave characteristics in ECGs, which may aid in the clinical diagnosis of arrhythmias.
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May aid P-wave visualization for arrhythmia assessment; leaves open prospective validation before clinical use.
P wave characterization in the clinical diagnosis of arrhythmia is of great significance. We use the variable measurement model to visualize the P wave characteristics in the electrocardiogram. The variable measurement model core component is described. We examined batch of clinical ECG data and observed the P wave data test results. Under a list of various parameters of segment length value is selected and corresponding maps are illustrated.
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Hou et al. (2017) studied Arrhythmia. Variable measurement model was evaluated on P wave characteristics visualization. A variable measurement model was applied to visualize P wave characteristics in clinical ECG data, illustrating corresponding maps under various segment length parameters.
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