Owing to advances in fabrication technology and device design, semiconductor optical
amplifiers (SOAs) are evolving as a promising candidate for future optical coherent …

The demand for network capacity has been steadily increasing in recent decades due to the
growth of new digital applications and services. Optical fiber supports to solve and avoid …

We experimentally demonstrate the world's first field-programmable gate-array-based real-
time fiber nonlinearity compensator (NLC) using sparse K-means++ machine learning …

Recently, a novel approach to satisfy the nonlinearity compensation criteria by mid-span
optical-phase-conjugation (OPC) was proposed and excellent transmission performance …

In this work, we present a novel strategy to satisfy the nonlinearity compensation criteria by
optical-phase-conjugation (OPC). Contrary to the most common approach, which relies on …

Compensation of Kerr nonlinearity-induced distortions has been shown to allow for
increasing transmission rate and reach, with optical compensation techniques particularly …

We characterise the linear and nonlinear noise of dual stage broadband discrete Raman
amplifiers (DRAs) based on conventional Raman gain fibres. Also, we propose an optimised …

Digital nonlinearity compensation (NLC) schemes such as digital backpropagation and
Volterra equalization are well known to be effective techniques in mitigating optical fiber …

Coherent fiber-optic communication systems are limited by the Kerr-induced nonlinearity.
Benchmark optical and digital nonlinearity compensation techniques are typically complex …

This paper discusses the impact of pump-phase noise in the χ^(2)-based optical parametric
amplification process on the phase-conjugated idler. We show that the dispersive fiber …