Dario Pilori
Dario Pilori is a post-doctoral researcher
Dario Pilori was born in Varese (VA) in 1990. He received his Bachelor of Science (2012) and Master of Science (2015) in Telecommunications Engineering from Politecnico di Milano, Italy, both cum Laude.Between October 2013 and October 2014, August 2015 and October 2015 he was an intern in the Optical Transmission Systems research group, Alcatel-Lucent (now Nokia) Bell Labs, Holmdel NJ, USA, where he worked in advanced Digital Signal Processing for optical communications under the supervision of Dr. Sebastian Randel.On March 2019 he got his PhD (cum Laude) in Electric, Electronic and Communication Engineering at Politecnico di Torino, Torino, Italy. His research interests are data-center optical links with direct detection, and advanced modulation formats for long-haul coherent optical links.
Office S4ID17 (3rd floor, DET Sede Storica), Phone: +39 0110904190
| Title | Date | Event | Download |
|---|---|---|---|
| Digital Signal Processing Techniques for High-Speed Optical Communications Links | March, 2019 | PhD Defense |
 pdf (1.33 MB) |
| Low-Complexity Non-Linear Phase Noise Mitigation using a Modified Soft-Decoding Strategy | March, 2019 | OFC 2019 |
pdf (769.14 KB) |
| Bidirectional 4-PAM to Double Per-Fiber Capacity in 2-km Intra-Datacenter Links | October, 2018 | IPC 2018 |
pdf (774.09 KB) |
| Direct-Detection Single-Sideband Systems: Performance Comparison and Practical Implementation Penalties | July, 2018 | ICTON 2018 |
pdf (775.75 KB) |
| Impact of Fiber Non-Linearities on Probabilistic Shaping in Long-Haul Optical Systems | June, 2018 | Symposium on Challenges to Achieving Capacity in Nonlinear Optical Networks |
pdf (5.53 MB) |
| Residual Non-Linear Phase Noise in Probabilistically Shaped 64-QAM Optical Links | March, 2018 | OFC 2018 |
pdf (757.04 KB) |
| FF. SS.: The Fast Fiber Simulator Software | July, 2017 | ICTON |
pdf (1.7 MB) |
| Experimental Comparison of PM-16-QAM and PM-32-QAM with Probabilistically Shaped PM-64-QAM | March, 2017 | OFC |
pdf (1.47 MB) |