A general theory is presented to describe the effects of dispersion fluctuations on optical
pulses propagating inside single-mode fibers modeled as a linear dispersive medium. It is …

An earlier paper [Applied Optics19, 1653 (1980)] dealt with the ensemble averages of
pulses propagating in single-mode fibers. In this paper we discuss pulse fluctuations. The …

Pulse propagation in optical fibers is considered after including the effects of chromatic
dispersion and nonlinearity. To estimate the extent of pulse broadening, an analytic …

It is demonstrated that for an optical pulse propagating along an optical fiber the rms pulse
width varies parabolically with distance, irrespective of initial pulse form and frequency chirp …

Pulse spreading in a single-mode optical fiber is discussed taking into account the third-
order dispersion term of the waveguide when an optical source with a finite spectral width is …

A simple and exact analytical expression is derived for the amount of broadening that a
pulse suffers when it is subjected to the combined actions of polarization mode dispersion …

where pμv is defined through the equation Pμv= S (λ) pμv. It can easily be seen that for a
monochromatic source σs is zero and Eq.(5) would predict a zero intramodal dispersion …

Generalized view of Gaussian pulse-transmission characteristics in single-mode optical fibers
clickable element to expand a topic LOGIN OR CREATE ACCOUNT PRISM SUBMISSION …

A theory is presented of the propagation of Gaussian pulses in single-mode optical fibers by
expanding the propagation constant in a Taylor series that includes the third derivative with …

Dispersion in optical fibres is an important characteristic of the fibre which determines the
information carrying capacity and also the repeater spacing. In this paper, a unified …