Effects produced by electrode characteristics on the accuracy of formation of electrical cardiac signal parameters
Автор: Altay Yeldos A., Kremlev Artem S., Vlasov Sergei M., Margun Alexey A., Zimenko Konstantin A.
Журнал: Cardiometry @cardiometry
Рубрика: Report
Статья в выпуске: 16, 2020 года.
Бесплатный доступ
Our results of analyzing effects made by electrode characteristics on the accuracy of the ECG signal parameters formation are presented herein. Analyzed is a correlation between the measured characteristics of the electrodes and a probability value that determines accuracy of the ECG signal parameters formation. With the help of scatter plots demonstrated is the strength of the correlation between the assessed variables. Our analysis of the obtained results shows that the harder is the contact agent in an electrode, the more accurate are the formed ECG signal parameters.
Algorithm of ecg signal processing, statistical processing, correlation analysis, scatter plot, measuring electrodes, ecg signal accuracy, ecg signal recording
Короткий адрес: https://sciup.org/148311458
ID: 148311458 | DOI: 10.12710/cardiometry.2020.16.106110
Список литературы Effects produced by electrode characteristics on the accuracy of formation of electrical cardiac signal parameters
- Nemirko AP, Manilo LA, Kalinichenko AN. Matem¬aticheskij analiz biomedicinskih signalov i dannyh. M.: Fizmatlit.; 2017. [in Russian]
- Rangajjan RM. Analizbiomedicinskihsignalov. M.: Fizmatlit.; 2010.[in Russian]
- Berkaya SK, Uysal AK, Sora GE, Ergin S. A sur¬vey on ECG analysis. Biomedical Signal Process¬ing and Control. 2018(4):216-235. doi: 10.1016/j.bspc.2018.03.003.
- Makarov LM., et al. National Russian guidelines on ap¬plication of the methods of Holter monitoring in clinical practice. Russian Journal of Cardiology. 2014 (2):6-71.
- Altay YA, Kremlev AS. Analysis and systematization of noise arising by long-term recording of ECG signal. ELCONRUS Intern. Conf; Univ. Eltech, Saint Peters¬burg, Russian Federation; 2018.
- Fedotov AA. Selection of Parameters of Bandpass Filtering of the ECG Signal for Heart Rhythm Monitor¬ing Systems. Biomedical Engineering. 2016(50):114-118. DOI: 10.1007/s10527-016-9600-8.
- Altay YA, Kremlev AS, Zimenko KA, Margun AA. The Effect of Filter Parameters on the Accuracy of ECG Signal Measurement. Biomedical Engineering. 2019(53):176-180.DOI: 10.1007/s10527-019-09903-2.
- Altay YA, Kremlev AS, Zimenko KA. A new ECG signal processing method based on wide-band notch filter. Proc. of EIConRus Intern. Conf. St. Petersburg, 2020. P. 1464-1469.
- Baranovskij AL, Nemirko AP, Kalinichenko AN. Kardiomonitory. Apparatura nepreryvnogo kontrolja JeKG. M.: Radio isvjaz'.; 1993. [in Russian]
- Tihonenko VM, Shihaliev DR. Oshibki pri ocenke dannyh Holterovskogo monitorirovanie. Vestnik Arit-mologii. 2015(82):12-20. [in Russian]
- Altaj EA, Kremlev AS. Formirovanie kompleks¬nogo podhoda dlya analiza obrabotki izmeritel'noj elektrokardiograficheskoj informacii. Vestnik Arit¬mologii. 2020(27):155. [in Russian]
- Altay YA, et al. Comparative analysis of characteris¬tics of electrodes to estimate accuracy in recording long-term ECG signal parameters. Cardiometry. 2019(15):63-72. DOI: 10.12710/cardiometry.2019.15.6372.
- Altay YA, Kremlev AS. On the Use of the Statistical Methods for Biomedical Signals and Data Processing. ELCONRUS Intern. Conf; Univ. Eltech, Saint Peters¬burg, Russian Federation; 2019.
- Stat Soft. [Online]. Available:http://statsoft.ru/re¬sources/support/download.php
