Monitoring Natural Disasters with Optical Fibres
Can optical fibres double as seismic sensors? Yes! Our work within the ALLEGRO project explores...
Low-complexity Failure Management in Optical Networks
In the ALLEGRO project, we’ve taken a step forward in ML-driven failure management by developing a...
Polarization Dependent Loss in Metropolitan Optical Networks
With the ever-growing demand for Internet traffic, driven by 5G, cloud services, and online...
System-Level Model Application in ALLEGRO
As part of our ongoing work in the ALLEGRO project we've been leveraging system-level modeling to...
Experimental Characterization of ODN Loss in (Metro + PON) Systems
In next-generation optical networks, optimizing the Optical Distribution Network (ODN) loss is...
Single Carrier Filtering Model for Metro-Access Scenarios
Coherent detection has revolutionized optical communications since its introduction in long-haul,...
Single- and Double-Sided Filtering Modelling in Metro-Core Networks
With the rise of 400G+ coherent technology and its adoption in open pluggable interfaces,...
Bidirectional Transmission Modelling in Real-Time
Excited to share our latest work on Bi-Di transmission between two 400G-capable coherent...
Digital Twin Implementation with Commercial Equipment in Optical Networks
The key to realizing Digital Twins (DTs) in optical networks lies in accurately modeling critical...
DT-assisted Self-Healing in Partially Disaggregated Networks
We're excited to share our latest work in the ALLEGRO project on Digital Twin (DT) assisted...