Rochester / Anaheim / Los Angeles / Amsterdam / Vienna / /
Company
Bell Canada / Kubota / AGILE OPTICAL NETWORKS / /
Country
Netherlands / Austria / United States / Canada / China / /
Currency
USD / EUR / / /
Facility
D. V. Plant / D. Plant / Brown University / David V. Plant / Zhejiang University / McGill University / Dr. Plant / Engineering Institute of Canada / /
IndustryTerm
optical single carrier transmission / feedforward carrier recovery / coherent technology / format-transparent digital signal processing / adaptive optical networks / grid systems / low complexity digital signal processing / low-complexity digital signal processing / long-haul transport networks / required digital signal processing / carrier phase recovery / elastic optical networks / format-transparent algorithms / constant modulus algorithm / optical networking / digital coherent systems / long-haul optical systems / transmission systems / coherent optical single carrier / blind single-carrier coherent receivers / transport networks / optical communications / net aggregate spectral-efficiency distance product / electronic and photonic devices / optical network infrastructure / offline processing / above systems / optical coherent detection using digital signal processing / optical networks / digital signal processing / optical fiber transmission systems / serial processing / /
Movie
D. V / /
Organization
UCLA / Brown University / OSA / IEEE / Canadian Academy of Engineering / Engineering Institute of Canada / Department of Electrical / International Telecommunication Union / Zhejiang University / Hangzhou / McGill University / Montreal / /
Person
Xian Xu / C. Montero / V / Mohamed Morsy-Osman / P. Kainzmaier / Meng Qiu / M. S. Alfiad / A. Napoli / Qunbi Zhuge / B. Lankl / Mathieu Chagnon / /
Position
Professor in the Department / NSERC Industrial Research Chair / guard / Research Engineer / polarization controller / Chair department / /
JOURNAL OF LIGHTWAVE TECHNOLOGY, VOL. 31, NO. 15, AUGUST 1, [removed]Spectral Efficiency-Adaptive Optical Transmission Using Time Domain Hybrid QAM for