Key result
Listening to rock and melody music caused significant variations in extracted ECG features, with an Artificial Neural Network classifier performing best at classifying the signals.
Why the study?
Does listening to different music genres affect ECG signal features in normal individuals?
Observational
Does listening to different music genres affect ECG signal features in normal individuals?
Listening to different music genres induces significant variations in ECG signal features, which can be effectively classified using Artificial Neural Networks.
Music may confound ECG features during monitoring; hypothesis-generating for ANN classification of genre effects.
Electrocardiogram (ECG) is a non-invasive, simple and effective technique which is widely used for the diagnosis of cardiovascular diseases. In this work, a non-invasive type of ECG measurement system was used for recording of ECG signals. Further, the normal individuals were subjected to two different music genres namely rock and melody and the influence of music on the recorded ECG signals were analyzed. The descriptive statistical features, stress index, entropy, power and mobility features were extracted and the machine learning classifiers such as K-means, Naïve Bayes and Artificial Neural Network (ANN) classifiers were used to classify the ECG signals (before and after listening to music) for two different music genres. Results demonstrate that there are significant variations in the features extracted from the ECG signals at two different conditions. Further, the performance of ANN classifier is better when compared to other two adopted classifiers.
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Najumnissa et al. (2019) conducted an observational in Healthy (normal individuals). Listening to rock and melody music vs. Before listening to music was evaluated on Variations in ECG features and classification of signals. Listening to rock and melody music caused significant variations in extracted ECG features, with an Artificial Neural Network classifier performing best at classifying the signals.
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