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Real-time all-optical performance monitoring using optical bit-shape correlation

机译:使用光学位形状相关性的实时全光学性能监控

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摘要

A new optical performance monitoring technique of an optical link in real time is experimentally demonstrated. Rather than comparing bit streams or analyzing eye diagrams, we use a novel optical correlator to compare the shapes of the individual received bits to a standard. The all-optical correlator outputs a pulse whose strength directly measures the degradation of the bit during transmission. Results are produced within three bit periods in real time instead of requiring statistical analysis of long data streams. The correlator is based on a simplified White cell-based true-time delay device.
机译:实验证明了一种新型的实时光链路性能监测技术。与其比较比特流或分析眼图,不如使用新颖的光学相关器将各个接收到的比特的形状与标准进行比较。全光相关器输出一个脉冲,该脉冲的强度直接测量传输期间比特的下降。结果在三个位周期内实时生成,而不需要对长数据流进行统计分析。相关器基于简化的基于白细胞的实时延迟设备。

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