Research on diagnosing diseases based on voice signals currently are rapidly increasing, including cough-related diseases. When training the cough sound signals into deep learning models, it is necessary to have a standard input by segmenting several cough signals into individual cough signals. Previous research has been developed to segment cough signals from non-cough signals. This research evaluates the segmentation methods of several cough signals from a single audio file into several single-cough signals. We evaluate three different methods employing manual segmentation as a baseline and automatic segmentation. The results by two automatic segmentation methods obtained precisions of 73% and 70% compared to 49% by manual segmentation. The agreements of listening tests to count the number of correct single-cough segmentations show fair and moderate correlations for automatic segmentation methods and are comparable with manual segmentation.
@article{arxiv.2210.02057,
title = {Comparing Hysteresis Comparator and RMS Threshold Methods for Automatic Single Cough Segmentations},
author = {Bagus Tris Atmaja and Zanjabila and Suyanto and Akira Sasou},
journal= {arXiv preprint arXiv:2210.02057},
year = {2023}
}