The state of the art of the Monte Carlo studies of randomly modulated optical waves in
regular and randomly inhomogeneous nonlinear media is reviewed. A wide range of …

Reviews the major advances achieved in the studies of EM wave propagation in turbulent
media. The greatest attention has been directly to the problem of strong fluctuations of …

The purpose of this article (comprising parrs I and U) is to develop and test the approach of
combining a path-integral technique and a complex-valued Monte Carlo method to calculate …

By use of a numerical calculation based on Green's integral equation, we study the near-
field speckles produced by the random self-affine fractal surfaces of a dielectric medium. The …

A novel fractal illumination method is introduced to analyze the fractality of rough surfaces. In
computer simulations, some different self-affine random surfaces are employed as models of …

Intensity fluctuations of plane waves behind a power-law phase screen in the strong
focusing regime are studied, and an approximate analytical description of the scintillation …

Some properties of the intensity distributions in a field diffracted by gratings with scaling
fluctuations are investigated by means of computer simulations. It is elucidated that the …

Using the interference of speckle and the spherical reference wave, we extract the real and
the imaginary parts of the complex amplitudes of the speckle in large angle scattering. By …

A new optical method using an array illumination is introduced in order to analyze fractal
surfaces on the basis of computer simulations. In computer simulations, some different self …

We have previously shown that the Levy fractional Brownian field family accounts for a
complete statistical and analytical description of non-Kolmogorov wavefront phase [Opt. Lett …