THE FEATURES OF PUPILSʼ CARDIO-VASCULAR SYSTEMS PARAMETERS UNDER TRANCELATITUDINAL TRANSPORTATION
The current paper presents some specific systems that cannot be classified as traditional chaotic systems because autocorrelation functions and Lyapunov exponents cannot be calculated for them, besides, mixing state is not realized, and state vector x ( t ) exhibits continuous chaotic movement dx / dt ≠ 0. Since the initial state x ( t <sub>0</sub>) is arbitrarily unrepeatable for such systems, type-one uncertainty and type-two uncertainty arise. Type-one uncertainty is characterized by absence of statistically significant differences between samples. We propose neurocomputing methods and theory of chaos and self-organization to differentiate these samples. Here some examples of cardiovascular system parameters of groups of people who were removed from the North to the South are presented.