MUTUAL INFLUENCE OF ATTRACTORS AND SEPARATE STOCHASTIC PROCESSES IN A COUPLED FRACTAL STRUCTURES
The behavior of attractors (real and imaginary), deformation field and types of the separate stochastic processes in the coupled fractal structures is investigated. On the example of coupled fractal surfaces (elliptic and hyperbolic type) it is shown that the behavior of the deformation field is determined by mutual influence of stochastic processes on each other. The behavior of the deformation field of the coupled fractal structures can be controlled by the choice of governing parameters (values of semi-axis, positions of the centres of gravity). When changing the governing parameters, there are possible effects of alteration and moving of the fractal structures relative to each other.