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Recent Developments in All-Optical Signal Regeneration Based on Phase-Sensitive Parametric Amplification

机译:基于相位敏感参数放大的全光信号再生的最新进展

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This paper provides an overview of most recent and promising techniques on how to improve signal regeneration based on FWM process. This includes the mitigation of undesirable effects dispersion has on FWM or using it to our advantage with channel-specific dispersion compensation. Experimental verification of the feasibility of copier-PSA for long-haul in-line amplification is evaluated. It is also shown that effective use of pump polarisation allows the reduction of noise during regeneration of advanced modulation formats and can facilitate multi-channel operation. Some novel phase quantisation techniques are highlighted which provide higher accuracy than conventional methods.
机译:本文概述了有关如何基于FWM过程改善信号再生的最新技术和有前途的技术。这包括减轻色散对FWM的不良影响,或将其用于我们的优势(特定于通道的色散补偿)。评估了复印机-PSA在长距离在线扩增中的可行性的实验验证。还显示出有效利用泵浦极化可以减少高级调制格式再生期间的噪声,并且可以促进多通道操作。重点介绍了一些新颖的相位量化技术,这些技术可提供比常规方法更高的准确性。

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