Abstract: Two different experiments that use parametric effects for the processing of multiple signals in a single fiber are reviewed.
Abstract. Two different experiments that use parametric effects for the processing of multiple signals in a single fiber are reviewed.
Abstract: Two different experiments that use parametric effects for the processing of multiple signals in a single fiber are reviewed.
Parametric devices based on four-wave mixing in fibers enable the amplification, frequency conversion and phase conjugation of optical signals.
All-optical signal processing techniques based on fiber nonlinear effects can avoid inefficient O-E-O conversions and operate at the line rate of the data with ...
Parametric devices based on four-wave mixing in fibers enable the amplification, frequency conversion and phase conjugation of optical signals.
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Realization of all- optical multi-channel wavelength conversion and all-channel nonlinearity compensation based on phase-conjugating amplifier chain will ...
All-optical signal processing, enabled by nonlinear optics and optical fiber, intrinsically provides 2-order of magnitude higher processing bandwidth and ...
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We propose and demonstrate a nonlinear parametric amplification system that relies on sequential use of a nonlinear phase shift (Kerr-like effect) and on phase- ...
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One of the main reasons why nonlinear-optical signal processing (regeneration, logic, etc.) has not yet become a practical alternative to electronic ...