We demonstrate in an experiment that probabilistic shaping increases the capacity of the optical fiber and that it can be used to realize a flexible, versatile transmission system that can operate
We demonstrate and compare distributed and centralized impairment-aware control plane schemes for transparent optical networks with dynamic traffic.
We propose and demonstrate experimentally a novel technique for packet switching on a ring network.
We experimentally demonstrate the rate/reach adaptability of probabilistically constellation-shaped quadrature amplitude modulation from 80 km to 12,000 km using the same transponder hardware at 32
Dual-polarisation Nonlinear Frequency Division Multiplexing (DP-NFDM) transmission has been intensively investigated recently due to its potential of doubling the capacity in comparison to single p
Dual-polarisation Nonlinear Frequency Division Multiplexing (DP-NFDM) transmission has been intensively investigated recently due to its potential of doubling the capacity in comparison to single p
We experimentally demonstrate enhanced slow and fast light by forced coherent population oscillations in a semiconductor optical amplifier at gigahertz frequencies.
Using small wavelength surface acoustic waves (SAW) on ultra- high mobility heterostructures, Fermi surface properties are detected at 5/2 filling factor at temperatures higher than those at which
We demonstrate fiber nonlinearity mitigation using mid-link digital phase conjugation in 40-Gb/s CO-OFDM-16QAM transmission over 100-km ultra-large-area-fiber spans, achieving a reach of 10,400 km,
We experimentally demonstrate fiber transmission of high-quality, DCT-based compressed digital-video.
