We show that soliton propagation is ultimately stable to both amplitude and frequency noise in a system employing spectral filtering and saturable absorption. In such a system, the amplification period may be increased to 3-5 dispersion lengths for 10 dB linear losses between amplifiers
Pulse propagation in optical fibre communication systems is affected by the fibre nonlinearity even ...
Pulse stability is crucial to the effective propagation of information in a soliton-based optical co...
We demonstrate that the cubic gain applied in a localized region, which is embedded into a bulk wave...
We demonstrate both numerically and experimentally that soliton instability is substantially reduced...
Stable soliton propagation in a system with linear and nonlinear gain and spectral filtering is inve...
The spacing between optical amplifiers in a long-haul soliton system may be increased to 100 km by u...
It is shown, through numerical simulations, that by using a combination of dispersion management and...
The limitations to the maximum transmission capacity in a long distance soliton transmission system ...
We show that a soliton of the nonlinear Schrödinger equation perturbed by filter losses and/or the ...
Passive MQW saturable absorbers and narrow-band filters permit 100km optical amplifier spacings in a...
This paper identifies the important limiting processes in transmission capacity for amplified solito...
Amplified transmission lines based on loss compensating dispersion decreasing fibres (LCDDFs), i.e. ...
Abstract-The maximum bit rate of a soliton communication system with lumped amplifiers and optical f...
This thesis presents analytical and numerical investigations of optical soliton transmission in op...
This thesis describes an investigation into various aspects of periodically amplified nonlinear syst...
Pulse propagation in optical fibre communication systems is affected by the fibre nonlinearity even ...
Pulse stability is crucial to the effective propagation of information in a soliton-based optical co...
We demonstrate that the cubic gain applied in a localized region, which is embedded into a bulk wave...
We demonstrate both numerically and experimentally that soliton instability is substantially reduced...
Stable soliton propagation in a system with linear and nonlinear gain and spectral filtering is inve...
The spacing between optical amplifiers in a long-haul soliton system may be increased to 100 km by u...
It is shown, through numerical simulations, that by using a combination of dispersion management and...
The limitations to the maximum transmission capacity in a long distance soliton transmission system ...
We show that a soliton of the nonlinear Schrödinger equation perturbed by filter losses and/or the ...
Passive MQW saturable absorbers and narrow-band filters permit 100km optical amplifier spacings in a...
This paper identifies the important limiting processes in transmission capacity for amplified solito...
Amplified transmission lines based on loss compensating dispersion decreasing fibres (LCDDFs), i.e. ...
Abstract-The maximum bit rate of a soliton communication system with lumped amplifiers and optical f...
This thesis presents analytical and numerical investigations of optical soliton transmission in op...
This thesis describes an investigation into various aspects of periodically amplified nonlinear syst...
Pulse propagation in optical fibre communication systems is affected by the fibre nonlinearity even ...
Pulse stability is crucial to the effective propagation of information in a soliton-based optical co...
We demonstrate that the cubic gain applied in a localized region, which is embedded into a bulk wave...