As an alternative method to the discrete split-step Fourier (DSSF) method, the split-step
wavelet method has recently been derived. This method based on a wavelet decomposition …

Microwave and millimeter-wave propagations near the sea surface are greatly affected by
the vertical atmospheric refractivity profile and the sea surface. To accurately simulate or …

In the context of improving the dimensioning of observation and telecommunication, the
characterization of the propagation canal is very important. Thus, accurate models of …

This study aims at modeling and investigating the impact of realistic turbulence
inhomogeneity on radiowave propagation by utilizing large eddy simulations (LES). An up-to …

Split-step wavelet is a method for computing the tropospheric long-range propagation of
electromagnetic waves. It follows the same steps as split-step Fourier, but the propagation is …

The tropospheric long-range propagation of electromagnetic waves is a topic of major
concern in many applications. The objective of this Ph. D. thesis is to develop a method to …

Modeling electromagnetic propagation in the maritime environment is a key element in
calibrating detection tools, for example in SAR imaging. This article presents a method to …

The long-range propagation of electromagnetic waves over the ground is a major topic for
many applications in communication, navigation, and surveillance. In this article, we …

There are various methods to solve the physical life problem involving engineering, scientific
and biological systems. It is found that numerical methods are approximate solutions. In this …

In this article, a comprehensive analysis of the approach known as Split-Step Wavelet
Parabolic Equation (SSW-PE) in modeling radio wave propagation is presented. The SSW …