Research Explorer

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Onderzoeker

Sarah Masaad

Prijzen & Erkenningen

17 Resultaten

2025

Photonic Reservoir Equalization in Coherent and Self-Coherent Systems

Sarah MasaadPeter BienstmanJoni Dambre

2024

A photonics perspective on computing with physical substrates

S. AbreuI. BoikovM. GoldmannT. JonuziA. LupoSarah MasaadL. NguyenE. PiccoG. PourcelA. Skalli et al.

A2 Artikel in een tijdschrift in REVIEWS IN PHYSICS

Experimental demonstration of 4-port photonic reservoir computing for equalization of 4 and 16 QAM signals

Sarah MasaadStijn SackesynStylianos SygletosPeter Bienstman

A1 Artikel in een tijdschrift in JOURNAL OF LIGHTWAVE TECHNOLOGY

Opto-electronic machine learning network for Kramers-Kronig receiver linearization

Sarah MasaadPeter Bienstman

A1 Artikel in een tijdschrift in OPTICS EXPRESS

Reservoir computing for equalization in a self-coherent receiver scheme

Aimen ZelaciSarah MasaadPeter Bienstman

A1 Artikel in een tijdschrift in OPTICS EXPRESS

2023

Numerical analysis of a self-calibrating time-spatial interleaving photonic convolutional accelerator

Tigers JonuziSarah MasaadAlessandro LupoJ. David Domenech GomezPeter BienstmanSerge Massar

Optical computing in silicon photonics : self-adapting ring networks and quantum recurrent neural networks

Peter BienstmanAlessio LugnanS. AggarwalF. Bruckerhoff-PluckelmannW. H. P. PerniceH. BhaskaranChonghuai MaStijn SackesynEmmanuel GooskensSarah Masaad et al.

Photonic reservoir computing for nonlinear equalization of 64-QAM signals with a Kramers-Kronig receiver

Sarah MasaadEmmanuel GooskensStijn SackesynJoni DambrePeter Bienstman

A1 Artikel in een tijdschrift in NANOPHOTONICS

Photonic reservoir computing for wavelength multiplexed nonlinear fiber distortion mitigation

Emmanuel GooskensStijn SackesynSarah MasaadJoni DambrePeter Bienstman

2022

Coherent optical computing in silicon photonics

Peter BienstmanAlessio LugnanChonghuai MaStijn SackesynEmmanuel GooskensSarah MasaadMuhammed Gouda Ahmed GoudaRobbe De Prins

Photonic reservoir computing for nonlinear equalization of 64-QAM signals with a Kramers-Kronig receiver

Sarah MasaadEmmanuel GooskensStijn SackesynJoni DambrePeter Bienstman

Reservoir computing with optical weights

Stijn SackesynSarah MasaadChonghuai MaPeter Bienstman

2021

Photonic neuromorphic computing using silicon chips

Peter BienstmanJoni DambreAlessio LugnanStijn SackesynChonghuai MaEmmanuel GooskensMuhammed Gouda Ahmed GoudaSarah Masaad

Photonic neuromorphic computing using silicon chips

Peter BienstmanJoni DambreAlessio LugnanStijn SackesynChonghuai MaEmmanuel GooskensMuhammed Gouda Ahmed GoudaSarah Masaad

Photonic reservoir computing for high-speed neuromorphic computing applications

Alessio LugnanStijn SackesynChonghuai MaEmmanuel GooskensMuhammed Gouda Ahmed GoudaSarah MasaadJoni DambrePeter Bienstman

Reservoir computing for high-speed photonic information processing (invited)

Peter BienstmanJoni DambreAlessio LugnanStijn SackesynChonghuai MaEmmanuel GooskensMuhammed Gouda Ahmed GoudaSarah Masaad

Silicon photonics for brain-inspired neuromorphic information processing

Peter BienstmanJoni DambreAlessio LugnanStijn SackesynChonghuai MaEmmanuel GooskensMuhammed Gouda Ahmed GoudaSarah Masaad