| Document Date: 2013-09-03 21:32:43
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Company M. Sjödin A. S. / Optical Fiber Telecommunications / Lightwave Systems / F. Vacondio / / Country United States / / Currency USD / / / Facility D. V. Plant / Plant Department / square Dual Polarization / square DP / Least-Mean Square / Decision Directed-Least Mean Square / McGill University / / IndustryTerm carrier phase / then adaptive processing / cross product / optics communications / data processing / adaptive optical packet networks / optical communications / subsequent classical decision-directed stochastic gradient algorithm / dot product / carrier phase recovery / power algorithm / optical systems / optical packet networks / carrier channel / computing / coherent single-carrier transmission systems / carrier tracking / polarization derotation algorithm / constant modulus algorithm / coherent fiber optic systems / carrier phase estimation / / Movie D. V / / NaturalFeature Jones channel / / Organization Department of Electrical and Computer Engineering / Optical Society of America OCIS / McGill University / Montreal / / Person Xian Xu / Mohamed Osman / Qunbi Zhuge / Mathieu Chagnon / David V / / ProvinceOrState Missouri / / PublishedMedium OPTICS EXPRESS / / Technology laser / CMA algorithms / looping algorithm / proposed algorithm / generalized algorithms / CMA algorithm / operating algorithm / 4th power algorithm / simulation / blind CMA polarization derotation algorithm / fiber optic / subsequent classical decision-directed stochastic gradient algorithm / optical fiber / constant modulus algorithm / optical networking / /
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Blind, fast and SOP independent polarization recovery for square dual polarization–MQAM formats and optical coherent receivers Mathieu Chagnon,* Mohamed Osman, Xian Xu, Qunbi Zhuge, and David V. Plant Department of Ele