Abstract: Application of ECG scale-space representation and its derivatives for clarification of point positions on results of wavelet detector for increase of boundary points determination accuracy in the automatic mode at higher rapidness while providing maximal reliability of recognition of ECG elements is offered. In addition, possibility of scale-space representation application is investigated for the selection of cardiac cycles for averaging signal. A new method of optimal drug selection is also proposed that reduces recipe space more than doubled taking into account required for treatment of patient symptoms pharmacological actions of drugs. Using the obtained function as function of goal for deterministic parametric model of optimal selection of multi-direction activity drugs allows adequately and systematically complete process of selecting of effective treatment of all symptoms of patient..

Keywords: electrocardiogram, ECG analysis, diagnostics, curvature, scale-space, dynamic programming, м-rate of curvature, optimal drug selection, coefficient of efficiency of impact.

ACM Classification Keywords: I.5 PATTERN RECOGNITION and J.3 LIFE AND MEDICAL SCIENCES

Link:

IMPROVING OF RECOGNITION ACCURACY OF ECG-SIGNAL IN VARIOS DISORDERS OF HEART AND OPTIMIZATION OF TREATMENT BY DRUGS

Nataliya Bilous, Elena Visotskaja, Olga Kozina, Andrey Porvan, Gleb Kobzar, Alexey Krasov

http://foibg.com/ijitk/ijitk-vol03/IJITK03-3-p03.pdf