摘要
We numerically analyzed the performance of the two polarization-mode dispersion （PMD） compensation methods of the single degree of polarization （DOP） sampling and DOP ellipsoid sampling methods. The numerical results show that the single DOP sampling method can generate the maximum DOP, and may result in a small overall differential group delay （DGD） or the principal state of polarization （PSP） launching. By the PSP launching, just the first-order PMD is compensated while second-order PMD not. When the DOP ellipsoid sampling method is used the performance is evidently better, because the effect of high-order PMD on PMD compensation is reduced.
We numerically analyzed the performance of the two polarization-mode dispersion （PMD） compensation methods of the single degree of polarization （DOP） sampling and DOP ellipsoid sampling methods. The numerical results show that the single DOP sampling method can generate the maximum DOP, and may result in a small overall differential group delay （DGD） or the principal state of polarization （PSP） launching. By the PSP launching, just the first-order PMD is compensated while second-order PMD not. When the DOP ellipsoid sampling method is used the performance is evidently better, because the effect of high-order PMD on PMD compensation is reduced.
基金
This work was supported by the Hunan Province Education Department Science and Research Project under Grant No.06C794.
