We perform an experimental comparison between copier-phase-sensitive amplifier links operating at 10 and 28 Gbaud as well as with and without distributed Raman amplification to study how the effectiveness of the nonlinearity mitigation is affected by the signal symbol rate
Hybrid systems combining distributed Raman amplification and phase-sensitive amplifiers (PSAs) are i...
After reviewing models and mitigation strategies for interchannel nonlinearity, the synergic effect ...
Phase-sensitive optical parametric amplifiers (PSAs) can provide low-noise optical amplification whi...
istributed Raman amplification has become an essential element in the optical communication system d...
The first experimental demonstration of a long-haul transmission system utilizing both phase-sensiti...
The two main factors limiting the data throughput in modern fiber-optic communication links are the ...
The fundamental limitations in fiber-optic communication are caused by optical amplifier noise and t...
We show that the transmission reach increase with phase-sensitive amplifiers (PSAs) compared to phas...
We investigate the mitigation of nonlinear impairments via phase-sensitive amplification. We show in...
In this paper we investigate the properties of transmission links amplified by phase-sensitive ampli...
The fundamental limitations in fiber-optic communication are caused by optical amplifier noise and t...
This thesis studies solutions to increase the capacity of optical communication systems in the prese...
We characterize a phase-sensitive amplifier (PSA) after an 80km fiber span, carrying a single DQPSK ...
Compensation of the detrimental impacts of nonlinearity on long-haul wavelength division multiplexed...
We review recent advances of highly-nonlinear-fiber-based phase sensitive parametric amplifiers appl...
Hybrid systems combining distributed Raman amplification and phase-sensitive amplifiers (PSAs) are i...
After reviewing models and mitigation strategies for interchannel nonlinearity, the synergic effect ...
Phase-sensitive optical parametric amplifiers (PSAs) can provide low-noise optical amplification whi...
istributed Raman amplification has become an essential element in the optical communication system d...
The first experimental demonstration of a long-haul transmission system utilizing both phase-sensiti...
The two main factors limiting the data throughput in modern fiber-optic communication links are the ...
The fundamental limitations in fiber-optic communication are caused by optical amplifier noise and t...
We show that the transmission reach increase with phase-sensitive amplifiers (PSAs) compared to phas...
We investigate the mitigation of nonlinear impairments via phase-sensitive amplification. We show in...
In this paper we investigate the properties of transmission links amplified by phase-sensitive ampli...
The fundamental limitations in fiber-optic communication are caused by optical amplifier noise and t...
This thesis studies solutions to increase the capacity of optical communication systems in the prese...
We characterize a phase-sensitive amplifier (PSA) after an 80km fiber span, carrying a single DQPSK ...
Compensation of the detrimental impacts of nonlinearity on long-haul wavelength division multiplexed...
We review recent advances of highly-nonlinear-fiber-based phase sensitive parametric amplifiers appl...
Hybrid systems combining distributed Raman amplification and phase-sensitive amplifiers (PSAs) are i...
After reviewing models and mitigation strategies for interchannel nonlinearity, the synergic effect ...
Phase-sensitive optical parametric amplifiers (PSAs) can provide low-noise optical amplification whi...