Topologic imagery for amplitude-phase coupling of electrocardiographic data

The article touches upon the issues of new informational features inquiry in electrocardiography data. Based on the biophysical principles of heart regulation and control, the authors have carried out an investigation of an electrocardiogram data set obtained from healthy young persons. The digital rows of systolic amplitude potential and cardiointervalogramm were extracted for comparative analysis using their tier structures. It is shown that the structural parameters and their infocommunication links in the united area permits to summarize a topologic imagery of electrocardiographic data. Proposed topologic imagery is designed for physiological analysis of regulation and control processes in the cardiovascular system. Data are given about the localization of sick person data in the topologic imagery. Conclusions are drawn about future development of amplitude-phase coupling of electrocardiographic data and its applications in diagnostic systems.