D. V. Plant / McGill University / Plant Photonic Systems Group / /
IndustryTerm
grouped-maximum-likelihood algorithm / transmission systems / optical communication transmission systems / wireless systems / long-haul ultra high-speed optical transmission applications / business to business / compensation algorithm / coherent transmission systems / optical communications / coherent systems / inter-carrier interference / speed optical transport technology / wireless transmission / iterative algorithms / transport systems / energy / /
Movie
D. V / /
Organization
Department of Electrical and Computer Engineering / Optical Society of America / Optical Society of America OCIS / US Federal Reserve / Canadian Foundation / McGill University / Montreal / /
Person
Xian Xu / X. Chen / Mohammad E. Mousa-Pasandi / Mohamed M. Osman / Benoît Châtelain / Zhaoyi Pan / W. Shieh / A. Al Amin / Qunbi Zhuge / Ziad A. El-Sahn / Jonathan Buset / Mathieu Chagnon / Bell Syst / David V / /
Position
MP / Major / Chair / /
PublishedMedium
OPTICS EXPRESS / /
Technology
semiconductor / Ethernet / laser / promising high-speed optical transport technology / compensation algorithm / grouped-maximum-likelihood algorithm / Optical Fiber / frequency division multiplexing / single mode fiber / /
Experimental demonstration of non-iterative interpolation-based partial ICI compensation in100G RGI-DP-CO-OFDM transport systems Mohammad E. Mousa-Pasandi,* Qunbi Zhuge, Xian Xu, Mohamed M. Osman, Ziad A. El-Sahn, Mathie