A new model for scintillation on transionospheric links, based on a hybrid method and valid
for strong scintillations, has been developed and used to construct a software …

This article presents a detailed numerical investigation of the two-frequency coherence
function for HF wave propagation in the fluctuating ionosphere. Earlier published …

The analytical theory of the Global Navigation Satellite Systems (GNSS) signal propagation
through the inhomogeneous ionosphere with time-varying embedded localized random …

Rytov's method is generalized for the case when the regularly inhomogeneous ionosphere
contains local irregularities of deterministical and statistical nature. An integral …

A wideband HF simulator has been constructed on the basis of a detailed physical model of
propagation which can generate a time realization of the HF wideband channel for any HF …

This paper is devoted to the investigation of the two‐frequency, two‐position, time
coherence function and the ionospheric scattering function describing the HF ionospheric …

A physically based method has been developed to simulate the wideband HF ionospheric
propagation channel relevant to the case of wideband spread spectrum HF communications …

The detailed effects of the high-frequency radio wave propagation in a stochastic
transionospheric propagation channel are discussed. This is a special case of propagation …

There are a variety of methods employed for determination of phase and amplitude
scintillation on satellite signals which generally employ different models and theory. The …

The influence of electron density fluctuations on the dispersive properties of the ionosphere
is investigated in the forward scattering approximation by means of a generalized Rytov's …