Key result
The EHO-SVM approach achieved a classification accuracy of 93.31% for detecting cardiac arrhythmias from ECG signals, demonstrating a clear improvement over standard SVM methods.
Why the study?
Does the combination of Elephant Herding Optimization and Support Vector Machine improve the classification accuracy of ECG heartbeats compared to SVM alone?
Does the combination of Elephant Herding Optimization and Support Vector Machine improve the classification accuracy of ECG heartbeats compared to SVM alone?
The combination of Elephant Herding Optimization and Support Vector Machines significantly improves the automated classification accuracy of ECG arrhythmias compared to standard SVM.
May enhance ECG arrhythmia detection algorithms; leaves open clinical adoption pending prospective validation.
Many people are currently suffering from heart diseases that can lead to untimely death. The most common heart abnormality is arrhythmia, which is simply irregular beating of the heart. A prediction system for the early intervention and prevention of heart diseases, including cardiovascular diseases (CDVs) and arrhythmia, is important. This paper introduces the classification of electrocardiogram (ECG) heartbeats into normal or abnormal. The approach is based on the combination of swarm optimization algorithms with a modified PannTompkins algorithm (MPTA) and support vector machines (SVMs). The MPTA was implemented to remove ECG noise, followed by the application of the extended features extraction algorithm (EFEA) for ECG feature extraction. Then, elephant herding optimization (EHO) was used to find a subset of ECG features from a larger feature pool that provided better classification performance than that achieved using the whole set. Finally, SVMs were used for classification. The results show that the EHOSVM approach achieved good classification results in terms of five statistical indices: accuracy, 93.31%; sensitivity, 45.49%; precision, 46.45%; F-measure, 45.48%; and specificity, 45.48%. Furthermore, the results demonstrate a clear improvement in accuracy compared to that of other methods when applied to the MITBIH arrhythmia database.
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Hassanien et al. (2018) studied Cardiac Arrhythmias (n=10). Elephant Herding Optimization with Support Vector Machine (EHO-SVM) vs. Support Vector Machine (SVM) alone was evaluated on Classification accuracy of ECG heartbeats into normal or abnormal. The EHO-SVM approach achieved a classification accuracy of 93.31% for detecting cardiac arrhythmias from ECG signals, demonstrating a clear improvement over standard SVM methods.
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