We present a review of the applications of the Wigner distribution function in various areas of
signal processing: amplitude and phase retrieval, signal recognition, characterization of …

Aiming at the partially coherent Lommel–Gaussian beam, we investigate its propagation in
turbulent biological tissue. By use of Wigner distribution function, a theoretical model is …

Aiming at the propagation of asymmetric vortex beam, we investigate the spreading and
wander characteristics of asymmetric Bessel-Gaussian beam in oceanic turbulence. Based …

It is shown that the cross-spectral density at a plane in the Fresnel—Fraunhofer domain can
be expressed as a certain diffraction pattern, which is generated by the superposition of …

This paper discusses a set of mathematical and physical properties regarding spatial
coherence wavelets, a concept recently developed by Castaiieda and Garcia-Sucerquia …

Consider the evolution of the wander and M2-factor of Mathieu Gaussian-Schell beam in
turbulent ocean. We develop models for wander and M2-factor of this beam based the …

Abstract Based on the Einstein–Podolsky–Rosen (EPR) entangled state representation, we
show that the complex Wigner transform for the complex function ψ (η) turns out to be the …

Enlightened by the algorithmic isomorphism between the rotation of the Wigner distribution
function (WDF) and the αth fractional Fourier transform, we show that the optical Fresnel …

We show experimental evidence of the propagation of spatial coherence beams between
the aperture stop plane of the critical illuminator and the object plane of optical microscopes …

We pose the problem of estimating the width of the upper layer of a two-stratum medium
using data from reflectance measurements made at the interface separating the medium …