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To cope with a large intensity fluctuation of optical signals in optical networks, we expand the dynamic range of our proposed all-optical intensity equalizer by using effective self-phase modulation with pre-chirped signals. We have numerically confirmed a remarkable effect of proposed SPM alleviation method by pre-chirped signals for achieving a large dynamic range beyond those of the conventional...
It is necessary to compensate an intensity variance of optical signals in optical networks for accurate data reception and accurate signal processing. In future packet-switching networks, it is feared that a large intensity variance of optical signals in optical packets would be caused by such a clock recovery, and a gain transient of EDFA, and so on. To cope with the large intensity variance of optical...
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