CONCEPTION OF SCALING, FRACTIONAL DIMENSION AND DETERMINISTIC CHAOS IN RADIO PHYSICS AND RADIO ELECTRONICS

摘要

It has been briefly reported how the new synergetic approach on the basis of fractional measuring, fractal dimension, scaling, fractals and deterministic chaos has been developing in IRE RAS as applied to problems of modern non-linear radio physics and radio engineering since the eighties of XX century [1 - 3]. At present we have to consider up-to-date radar systems in common with radio waves propagation channel and probing objects in respect to theory of complicated non-equilibrium systems that open for power flows and information flows, that is synergetic sense. Strange attractors and bifurcation points of such open dynamic system determine all of features of radio physics processes that are running in given time-spatial continuum. For the last twenty five years author has succeeded in designing of a number of significant "nonlinear" chapters for fractal radio physics and fractal radio electronics [1 - 4], which almost complete its main constructions. At the same time these results have revealed many new relations with classic radio physics and radio electronics. Also data obtained may find extensive application in up-to-date technologies. It should be noted that some monographs and about of 200 scientific works were released for this line of investigations (see for example [1 - 10] and references).