index - Equipe Télécommunications Optiques

 

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

 

 

Publications avec texte intégral

192

Références bibliographiques

716

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28 %

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