A Graphical-User-Interface-Based System for Removal of ECG Data Measurement Noises Using Newton filters: New Data

This article presents the filtering results for the removal of ECG data measurement noises using Newton filters. In order to minimize the measurement error and introduced phase shifts by Newton filters, the results of uni-directional and bi-directional processing of ECG data are presented. Quantitative indicators were calculated that characterize the increase in the efficiency of processing and analysis of ECG data at uni-directional and bi-directional filtration. To substantiate the practical significance of the proposed Newton filters, a GUI-based system has been developed. GUI-based Newtonian filters system was implemented. The test results showed that Newton's filters implemented by the GUI system allow filtering out natural low-frequency and high-frequency noises and will improve the ECG data processing.