The combination of fast polarization scrambler （FPS） and forward error correction （FEC） is one of the methods to mitigate the polarization mode dispersion （PMD） in high-speed optical fiber communication systems....The combination of fast polarization scrambler （FPS） and forward error correction （FEC） is one of the methods to mitigate the polarization mode dispersion （PMD） in high-speed optical fiber communication systems. The effect of the different distribution patterns of FPS on PMD mitigation with FEC is investi- gated. A comparison of the bit error rates （BERs） between two cases where the distributed FPS is absent and present along the fiber is carried out by simulation. A novel representation called the ＂ring chart＂ to assess the performance of different distribution patterns intuitively is proposed. The results show that the distribution pattern is an impact factor for this PMD mitigation scheme.展开更多
基金supported in part by the National "973" Program of China (No. 2010CB328204)the National "863" Project of China (No. 2009AA01Z224)+1 种基金the National Natural Science Foundation of China (Nos. 60772022 and 60932004)the National "111" Project of China (No. B07005)
文摘The combination of fast polarization scrambler （FPS） and forward error correction （FEC） is one of the methods to mitigate the polarization mode dispersion （PMD） in high-speed optical fiber communication systems. The effect of the different distribution patterns of FPS on PMD mitigation with FEC is investi- gated. A comparison of the bit error rates （BERs） between two cases where the distributed FPS is absent and present along the fiber is carried out by simulation. A novel representation called the ＂ring chart＂ to assess the performance of different distribution patterns intuitively is proposed. The results show that the distribution pattern is an impact factor for this PMD mitigation scheme.
