Informational and statistical measures of the self-organization of the heart regulation systems in the analysis of heart rate variability

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“…Contribution made by individual elementsof the autonomic nervous system to the self-organization of vegetative regulation was assessed by the quantity of Dirichlet models found in the temporal series of RR intervals within the investigation period: of 2-4 (parasympathetic nervous system) or 5-7 (sympathetic nervous system) dimensionality with negative outer entropy. Self-organization factor of cardiac function control by the parasympathetic nervous system (Self-organization of Parasympathetic Nervous System Control -SPNSC) as opposed to[9] is calculated from the formula(6). factor of cardiac function control by the sympathetic nervous system (Self-organization of Sympathetic Nervous System Control -SSNSC) is calculated from the formula(7).Contribution to cardiac function control self-organization of humoral processes was assessed by the factor value of humoral cardiac function control self-organization (Self-organization of Humoral Control -SHC) (8).…”

Dirichlet Distribution as a Model for Evaluation of the Condition of Adaptive Regulatory Systems in Human Organism in Heart Rate Variability Analysis

“…Contribution made by individual elementsof the autonomic nervous system to the self-organization of vegetative regulation was assessed by the quantity of Dirichlet models found in the temporal series of RR intervals within the investigation period: of 2-4 (parasympathetic nervous system) or 5-7 (sympathetic nervous system) dimensionality with negative outer entropy. Self-organization factor of cardiac function control by the parasympathetic nervous system (Self-organization of Parasympathetic Nervous System Control -SPNSC) as opposed to[9] is calculated from the formula(6). factor of cardiac function control by the sympathetic nervous system (Self-organization of Sympathetic Nervous System Control -SSNSC) is calculated from the formula(7).Contribution to cardiac function control self-organization of humoral processes was assessed by the factor value of humoral cardiac function control self-organization (Self-organization of Humoral Control -SHC) (8).…”