A technique that allows the all-optical quantization of M-PSK signals using a parametric mixing process is discussed, including recent experimental demonstrations of high baud rate QPSK regeneration, and issues regarding future scalability of the scheme
All-optical phase and amplitude regeneration of a QPSK signal using only two nonlinear stages is ach...
We demonstrate, for the first time, all-optical phase regeneration of a quaternary phase shift keyin...
This thesis explores all-optical regeneration techniques for advanced modulation formats with the ov...
Abstract: A technique that allows the all-optical quantization of M-PSK signals using a parametric m...
We propose a novel black-box optical phase sensitive amplifier (PSA) configuration and describe its ...
In this Chapter we review the need, general principles and approaches used to regenerate phase encod...
Phase sensitive amplification (PSA) is a remarkably powerful tool if implemented correctly - it allo...
All-optical signal processing techniques for phase-shift keyed (PSK) systems were developed theoreti...
We experimentally demonstrate an all-optical phase quantiser based on phase-sensitive amplification ...
This paper examines recent progress in the use of semiconductor optical amplifiers for phase sensiti...
We demonstrate all-optical regeneration of both the phase and the amplitude of a $10$\,GBaud quadrat...
Coherently adding a signal's conjugate and third harmonic at the latter's wavelength enables phase q...
The exponentially increasing capacity demand in information systems will be met by carefully exploit...
Energy consumption, system complexity and potential for integration are important factors when consi...
Future high capacity optical links will have to make use of frequent signal regeneration to enable l...
All-optical phase and amplitude regeneration of a QPSK signal using only two nonlinear stages is ach...
We demonstrate, for the first time, all-optical phase regeneration of a quaternary phase shift keyin...
This thesis explores all-optical regeneration techniques for advanced modulation formats with the ov...
Abstract: A technique that allows the all-optical quantization of M-PSK signals using a parametric m...
We propose a novel black-box optical phase sensitive amplifier (PSA) configuration and describe its ...
In this Chapter we review the need, general principles and approaches used to regenerate phase encod...
Phase sensitive amplification (PSA) is a remarkably powerful tool if implemented correctly - it allo...
All-optical signal processing techniques for phase-shift keyed (PSK) systems were developed theoreti...
We experimentally demonstrate an all-optical phase quantiser based on phase-sensitive amplification ...
This paper examines recent progress in the use of semiconductor optical amplifiers for phase sensiti...
We demonstrate all-optical regeneration of both the phase and the amplitude of a $10$\,GBaud quadrat...
Coherently adding a signal's conjugate and third harmonic at the latter's wavelength enables phase q...
The exponentially increasing capacity demand in information systems will be met by carefully exploit...
Energy consumption, system complexity and potential for integration are important factors when consi...
Future high capacity optical links will have to make use of frequent signal regeneration to enable l...
All-optical phase and amplitude regeneration of a QPSK signal using only two nonlinear stages is ach...
We demonstrate, for the first time, all-optical phase regeneration of a quaternary phase shift keyin...
This thesis explores all-optical regeneration techniques for advanced modulation formats with the ov...
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