Model of the Process of Self-Organization of the Heart Rhythm

The paper considers a synergistic analysis of the physical and physiological nature electrical processes in human heart, namely most important biosystem – conduction nervous system heart (CNSH), particular, pacemaker. Currently, promising methods for studying CNSH as an active medium are being actively developed, using foundations nonlinear dynamics. Methods describing media widely used study phenomena work pacemaker, where is represented ensemble some elements that locally interact with each other. Self-organization biological systems can be on basis non-linear dynamic approach to description mechanisms CNSH, namely, consideration P-cells pacemaker coupled oscillators. Such method provides real modeling generation propagation nerve excitation Fermi–Pasta–Ulam (FPU) “return” theorem Kolmogorov–Arnold–Moser (KAM) theorem.