Key result
A proposed two-step classification method using MATLAB processed, analyzed, and classified ECG signals into normal and abnormal categories with an accuracy of 97%.
Why the study?
Automatic classification of ECG has evolved as an emerging tool in medical diagnosis to detect cardiac cycle abnormalities for effective treatments.
Answers are grounded in this paper and cite their sources.
A proposed MATLAB-based two-step classification method using morphological and dynamic features achieved 97% accuracy in classifying normal and abnormal ECG signals.
An Electrocardiogram (ECG) is defined as a test that is performed on the heart to detect any abnormalities in the cardiac cycle. Automatic classification of ECG has evolved as an emerging tool in medical diagnosis for effective treatments. The work proposed in this paper has been implemented using MATLAB. In this paper, we have proposed an efficient method to classify the ECG into normal and abnormal as well as classify the various abnormalities. To brief it, after the collection and filtering the ECG signal, morphological and dynamic features from the signal were obtained which was followed by two step classification method based on the traits and characteristic evaluation. ECG signals in this work are collected from MIT-BIH, AHA, ESC, UCI databases. In addition to this, this paper also provides a comparative study of various methods proposed via different techniques. The proposed technique used helped us process, analyze and classify the ECG signals with an accuracy of 97% and with good convenience.
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Priyanka Mayapur (2018) studied Arrhythmia. Two-step classification method using MATLAB vs. Various methods proposed via different techniques was evaluated on Classification accuracy. A proposed two-step classification method using MATLAB processed, analyzed, and classified ECG signals into normal and abnormal categories with an accuracy of 97%.
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