index - Equipe Télécommunications Optiques

 

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Mots clés

Laser modes Optical fiber communication Semiconductor lasers Receivers Photonics integrated circuits Optical fibers Quantum dots Fibre optique Optical fiber amplifiers Relative intensity noise Machine learning Laser theory Digital signal processing Charge carrier density TCP Congestion Control Non-linear dynamics Quantum dot lasers Semiconductor device noise Optical packet switching Optical injection Optical transmission systems Multiplexing Quantum cascade lasers OFDM Fiber optics and optical communications Nonlinear optics Quantum optics Photonic integrated circuits Optical communications Silicon photonics Stimulated emission Optical Communications Optical receivers Optical Networks Intensity modulation Photonics Distributed feedback laser Modulation Phase noise High speed optical techniques Laser cavity resonators Thulium Frequency Optical feedback Amplifier Spectral line breadth Refractive index Linewidth enhancement factor Four-wave mixing Fiber optics communications Semiconductor junction lasers Photonique sur silicium Spontaneous emission Convolutional recurrent neural networks Bandwidth Optical signal processing 2µm Apprentissage automatique Optical networks Mathematical models Mid-infrared Dispersion Distributed feedback devices Coherent detection Stimulated Brillouin scattering Optical Packet Switching Quantum well lasers Silicon Laser feedback Optical transmitters Green's function methods Quantum cascade laser Free-space optics Détection cohérente Quantum dot Hybrid Switches Optical Sources External optical feedback Nonlinear dynamics Optical fiber Mid-infrared photonics MIMO Distributed feedback lasers Packet Switching Chirp Semiconductor optical amplifiers WDM Optical functionalities Quantum dot laser Optical fiber communications Laser mode locking Contention resolution Signal processing Optical modulation Atmospheric modeling Semiconductor laser Optical communication Optical Switches Brillouin Laser noise

 

 

Publications avec texte intégral

192

Références bibliographiques

716

Open acces

28 %

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