Contributions

Theoretical/Simulative Analysis:
· R. Sadeghi et al, “Comparison of Transceiver and C+L Band Upgrades: Network Traffic and Energy Assessment”
· E. Virgillito et al, “QoT Computation for 100G Lightpaths Routed on10G-loaded Dispersion-Managed Network Segments”

Contributions

Experimental results:
· A. D’Amico et al, “GNPy experimental validation on flex-grid, flex-rate WDM optical transport scenarios”
· E. Virgillito et al, “Testing TIP Open Source Solutions in Deployed Optical Networks”
· G. Borraccini et al, “QoT-E Driven Optimized Amplifier Control in Disaggregated Optical Networks”
· G. Borraccini et al, “Autonomous Physical Layer Characterization in Cognitive Optical Line Systems”

Theoretical/simulative analysis:
· E. Virgillito et al, “Single- vs. Multi-Band Optimized Power Control in C+L WDM 400G Line Systems”
· B. Correia et al, “Optical Power Control Strategies for Optimized C+L+S-bands Network Performance”
· R. Sadeghi et al, “Performance Comparison of Translucent C-band and Transparent C+L-band Network”

Demo:
· Jan Kundrat et al, “GNPy & YANG: Open APIs for End-to-End Service Provisioning in Optical Networks”

Contributions

Experimental results:
• G. Borraccini et al, “Autonomous Raman Amplifiers in Software-Defined Optical Transport Networks”

Theoretical/simulative analysis:
• B. Correia et al, “Networking Performance of Power Optimized C+L+S Multiband Transmission”

Contributions

Experimental results:
· A. Ferrari et al, “Softwarized optical transport QoT in production optical network: a brownfield validation”
· G. Borraccini et al, “Using QoT-E for Open Line Controlling and Modulation Format Deployment: an Experimental Proof of Concept”

Contributions

Experimental resuts:
• G. Borraccini et al, “Flexible and Autonomous Multi-band Raman Amplifiers”

Theoretical/simulative analysis:
• I. Khan et al, “Effectiveness of Machine Learning in Assessing QoT Impairments of Photonics Integrated Circuits to Reduce System Margin”
• R. Sadeghi et al, “Multi Bands Network Performance Assessment for Different System Upgrades”

Contributions

Experimental results:
• A. Ferrari et al, “The GNPy Open Source Library of Applications for Software Abstraction of WDM Data Transport in Open Optical Networks”

Contributions

Theoretical/simulative analysis:
· A. D’Amico et al, “Networking merit of spatial-division and band-division multiplexing: A statistical assessment” (Invited)
· V. Curri, “Software-defined WDM optical transport in disaggregated open optical networks” (Keynote)
· V. Curri, “Multi-band and multi-service open optical networks: Applications and perspectives” (Invited)
· N. Sambo et al, “Beyond C-band in optical networks” (Invited)
· E. Virgillito et al, “Non-linear SNR degradation of mixed 10G/100G transmission over dispersion-managed networks” (Invited)
· I. Khan et al, “Machine learning assisted abstraction of photonic integrated circuits in fully disaggregated transparent optical networks” (Invited)
· I. Khan et al, “QoT estimation for light-path provisioning in un-seen optical networks using machine learning”
· I. Khan et al, “Advanced formulation of QoT-estimation for un-established lightpaths using cross-train machine learning methods”

Contributions

Experimental results:
• A. Ferrari et al, “GNPy: An Open Source Planning Tool for Open Optical Networks”
• G. Borraccini et al, “Softwarized and Autonomous Raman Amplifiers in Multi-Band Open Optical Networks”

Theoretical/simulative analysis:
• E. Virgillito et al, “Network Performance Assessment with Uniform and Non-Uniform Nodes Distribution in C+L Upgrades vs. Fiber Doubling SDM Solutions”
• A. D’Amico et al, “Quality of Transmission Estimation for Planning of Disaggregated Optical Networks”