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Information × Registration Number 0210U005743, 0109U004290 , R & D reports Title Creating of the methods for segmenting of the Holter's monitoring of the cardiac rhythm popup.stage_title Head Yatsenko Valentin, Registration Date 05-01-2011 Organization National Technical University of Ukraine "Kyiv Polytechnic Institute" popup.description2 Methods of a new interdisciplinary field of science - synergy, open new possibilities for assessment and analysis of complex biomedical systems, in particular the cardiovascular system. Heart rate is integrating index that reflects the holistic properties of the circulatory system and the human body as a whole. Creation on the basis of nonlinear dynamic parameters of the new analysis of heart rate, enables a new level of regulatory latitude to assess a range of regulatory capacities of state and the observed reduction properties and adaptive approach to the regulatory limits of the range. It is important for the diagnosis of pathological processes, reduced adaptation states healthy people, "overtraining" and athletes overload, overload liquidators emergencies and more. The state of the cardiovascular system of the human behavior is characterized by heart rate variability obtained by Holter monitoring for 24 or 72 hours, which is a continuous recording of ECG, when a person is in a regular activity. To assess the results of Holter monitoring to determine the adaptive capacities of man in East Germany offer a comprehensive approach based on application of methods of synergetics and theory of stochastic homeostasis, proposed by Russian scientist professor Yusupova and Professor R.Y. Polonnikovym in the monograph "Telemedicine. New information technologies on the threshold of 21. The basis of mathematical methods of synergy used to determine the complexity of the behavior of heart rate, underlying methods Kolmohorivskoho ztysnennya, approximate entropy, flicker noise and fractal dimension, where Kolmahorivskoho ztysnennya method assesses the complexity of heart rate behavior based on segmenting time series. Chaotic heart rhythm processes requires the use of mathematical tools to refine the results obtained by standard methods of diagnostic and prognostic assessments. Product Description popup.authors popup.nrat_date 2020-04-02 Close