activity
20182025
most citedExperimental Analysis on Variations and Accuracy of Crosstalk in Trench-Assisted Multi-core Fibers

4 citations · 6 across the 7 of their papers we have counts for

collaborators

8 papers

eess.SP2025

Single-Step Digital Backpropagation for O-band Coherent Transmission Systems

Romulo Aparecido, Jiaqian Yang, Ronit Sohanpal +11

We demonstrate digital backpropagation-based compensation of fibre nonlinearities in the near-zero dispersion regime of the O-band. Single-step DBP effectively mitigates self-phase…

physics.optics2025

Experimental Demonstration of MPI-Penalty-Free S-band Transmission over G.654.E Fibres

Romulo Aparecido, Jiaqian Yang, John D. Downie +6

We demonstrate multipath interference-penalty-free S-band transmission over two G.654.E-compliant fibres with cable cutoff up to 1530 nm. No SNR degradation was observed across var…

eess.SP2022

A Closed-form Expression for the ISRS GN Model Supporting Distributed Raman Amplification

H. Buglia, M. Jarmolovicius, A. Vasylchenkova +4

A closed-form model for the nonlinear interference in distributed Raman amplified links is presented, the formula accounts for both forward and backward pumping.

eess.SP20204 cited

Experimental Analysis on Variations and Accuracy of Crosstalk in Trench-Assisted Multi-core Fibers

Hui Yuan, Alessandro Ottino, Yunnuo Xu +8

Space division multiplexing using multi-core fiber (MCF) is a promising solution to cope with the capacity crunch in standard single-mode fiber based optical communication systems.…

eess.SP2020

Modulation Format Dependent, Closed-Form Formula for Estimating Nonlinear Interference in S+C+L Band Systems

Daniel Semrau, Lidia Galdino, Eric Sillekens +3

A closed-form formula for the nonlinear interference estimation of arbitrary modulation formats in ultra-wideband transmission systems is presented. Enabled by the proposed approac…

eess.SP20192 cited

Experimental Demonstration of Learned Time-Domain Digital Back-Propagation

Eric Sillekens, Wenting Yi, Daniel Semrau +9

We present the first experimental demonstration of learned time-domain digital back-propagation (DBP), in 64-GBd dual-polarization 64-QAM signal transmission over 1014 km. Performa…