Regular and Irregular capnogram segments features extraction

Version 3.0 (2.44 KB) by Ismail M. El-Badawy

Regular and Irregular capnogram segments classification using time- and frequency-domain features: A machine learning-based approach

https://github.com/ismailelbadawy86/Capnogram

0.0

(0)

19 Downloads

Updated 24 Feb 2021

View License on GitHub

Source code for article entitled "Automatic Classification of Regular and Irregular Capnogram Segments Using Time- and Frequency-domain Features: A Machine Learning-based Approach"

Cite As

Ismail M. El-Badawy (2024). Regular and Irregular capnogram segments features extraction (https://github.com/ismailelbadawy86/Capnogram/releases/tag/v3.0), GitHub. Retrieved April 30, 2024.

El-Badawy, Ismail M., et al. “Automatic Classification of Regular and Irregular Capnogram Segments Using Time- and Frequency-Domain Features: A Machine Learning-Based Approach.” Technology and Health Care, vol. 29, no. 1, IOS Press, Jan. 2021, pp. 59–72, doi:10.3233/THC-202198.

View more styles

MATLAB Release Compatibility

Created with R2015a

Compatible with any release

Platform Compatibility

Windows macOS Linux

Tags Add Tags

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

THC_202198.m

Version	Published	Release Notes
3.0	24 Feb 2021	See release notes for this release on GitHub: https://github.com/ismailelbadawy86/Capnogram/releases/tag/v3.0	Download
2.0.0	21 Feb 2021	The MATLAB code is updated to read the attached text files.	Download
1.0.0	21 Feb 2021		Download

To view or report issues in this GitHub add-on, visit the GitHub Repository.

MLA	El-Badawy, Ismail M., et al. “Automatic Classification of Regular and Irregular Capnogram Segments Using Time- and Frequency-Domain Features: A Machine Learning-Based Approach.” Technology and Health Care, vol. 29, no. 1, IOS Press, Jan. 2021, pp. 59–72, doi:10.3233/THC-202198.
APA	El-Badawy, I. M., Singh, O. P., & Omar, Z. (2021). Automatic classification of regular and irregular capnogram segments using time- and frequency-domain features: A machine learning-based approach. Technology and Health Care, 29(1), 59–72. IOS Press. Retrieved from https://doi.org/10.3233/THC-202198
BibTeX	@article{El-Badawy_Singh_Omar_2021, place={NL}, title={Automatic classification of regular and irregular capnogram segments using time- and frequency-domain features: A machine learning-based approach}, volume={29}, ISSN={09287329, 18787401}, url={https://doi.org/10.3233/THC-202198}, DOI={10.3233/THC-202198}, abstractNote={BACKGROUND: The quantitative features of a capnogram signal are important clinical metrics in assessing pulmonary function. However, these features should be quantified from the regular (artefact-free) segments of the capnogram waveform. OBJECTIVE: This paper presents a machine learning-based approach for the automatic classification of regular and irregular capnogram segments. METHODS: Herein, we proposed four time- and two frequency-domain features experimented with the support vector machine classifier through ten-fold cross-validation. MATLAB simulation was conducted on 100 regular and 100 irregular 15 s capnogram segments. Analysis of variance was performed to investigate the significance of the proposed features. Pearson’s correlation was utilized to select the relatively most substantial ones, namely variance and the area under normalized magnitude spectrum. Classification performance, using these features, was evaluated against two feature sets in which either time- or frequency-domain features only were employed. RESULTS: Results showed a classification accuracy of 86.5%, which outperformed the other cases by an average of 5.5%. The achieved specificity, sensitivity, and precision were 84%, 89% and 86.51%, respectively. The average execution time for feature extraction and classification per segment is only 36 ms. CONCLUSION: The proposed approach can be integrated with capnography devices for real-time capnogram-based respiratory assessment. However, further research is recommended to enhance the classification performance.}, number={1}, journal={Technology and Health Care}, publisher={IOS Press}, author={El-Badawy, Ismail M. and Singh, Om Prakash and Omar, Zaid}, year={2021}, month={Jan}, pages={59–72} }