A concise survey of the literature on cyclostationarity of the last 10 years is presented and an
extensive bibliography included. The problems of statistical function estimation, signal …

Over the past several decades, nonstationary optics has risen as a key enabling technology
for a multitude of novel applications. These include areas of research such as …

Wolf effect refers to a spectral shift of light during its propagation even in free space, which
results from the fluctuating (or correlation) nature of light sources. In conventional optics, the …

We develop a general representation for ensembles of non-stationary random pulses in
terms of statistically uncorrelated, time-delayed, frequency-shifted Gaussian pulses which …

Points within a fully coherent complex scalar optical field, where the amplitude is identically
zero but the optical phase has a jump discontinuity, have been widely investigated by the …

We consider a realistic model for calculating the cross-spectral density of partially coherent
beams from an x-ray undulator in a modern storage ring. This two-point coherence function …

We examine coherence properties of small-area, intrinsically stationary statistical pulses
propagating in amplifying media in the vicinity of an optical resonance. Any such medium …

This paper presents a new technique for semantic Web service composition inspired by the
swarm behavior. The proposed technique combines a service composition graph model with …

An approach to the theory of partial coherence for nonstationary optical fields is presented.
Starting with a spectral representation, a favorable decomposition of the optical signals is …

Diffraction and interferometry with fast pulses are analyzed for the case that the fields are
partially correlated in time and in space. This generalizes a previous work [Schoonover, J …