Study of noise impact on nonlinear frequency division multiplexing

TL;DR

This paper investigates how noise affects signals in nonlinear frequency division multiplexing by analyzing perturbations in soliton parameters within the nonlinear spectral domain using simulations.

Contribution

It provides new insights into noise contamination effects on soliton parameters in the nonlinear spectral domain of optical fiber communication.

Findings

Noise causes perturbations in soliton parameters.

Simulation results illustrate the impact of noise on signal integrity.

Analysis enhances understanding of noise effects in nonlinear spectral domain.

Abstract

In this work, how the noise contaminates signals propagating in an optical fibre is discussed in the nonlinear spectral domain after applying the nonlinear Fourier transform. Simulation results about how the soliton parameters in the nonlinear spectral domain perturb is shown.