Vittorio Curri

Optical Networks,Optical Amplifier,Wavelength Division Multiplexing,Amplified Spontaneous Emission,Modulation Formats,Quality Of Transmission,Optical Fiber,Standard Single-mode Fiber,Bit Error Rate,Physical Layer,Stimulated Raman Scattering,Noise Figure,Optical System,Photonic Integrated Circuits,Symbol Rate,Deep Neural Network,Digital Twin,Network Topology,Optical Transport,Control Plane,Input Power,Network Performance,Optical Spectrum Analyzer,Transmission Scenario,Digital Signal Processing,Network Capacity,Spatial Multiplexing,Total Power,Working Points,Application Programming Interface,Artificial Neural Network,Bitrate,Gaussian Noise,Gaussian Noise Model,Optical Link,Optical Power,Optical Spectra,Output Power,Polarization State,Signal-to-noise,Telemetry Data,Variable Optical Attenuator,Waveguide,Additive Gaussian Noise,Additive Noise,Analog-to-digital Converter,Compound Annual Growth Rate,Data Center,Data Center Interconnects,Deep Neural Network Model,