Prentice-Hall / J. Networks / Amp / IEEE Global Telecommunications / /
Currency
USD / / /
Facility
D. V. Plant / The Hong Kong Polytechnic University / McGill University / /
IndustryTerm
nyquist single carrier systems / receiver-side digital signal processing / multicarrier systems / carrier system / speed optical networks / transmission systems / optics communications / overhead intra-symbol carrier phase recovery / fiber optical transmission systems / carrier transmission system / coherent optical single-carrier system / carrier systems / business to business / constant modulus algorithm / offline processing / transmitted signal travel / carrier transmission systems / average algorithm / optical networks / parallel block processing / /
MarketIndex
TA / /
Movie
D. V / /
Organization
Department of Electrical and Computer Engineering / Optical Society of America OCIS / Canada Photonics Research Centre / US Federal Reserve / Department of Electrical Engineering / McGill University / Montreal / Hong Kong Polytechnic University / Hong Kong / /
Low overhead and nonlinear-tolerant adaptive zero-guard-interval CO-OFDM Wei Wang,1* Qunbi Zhuge,1 Yuliang Gao,1,2 Meng Qiu,1 Mohamed Morsy-Osman,1 Mathieu Chagnon,1 Xian Xu,1 and David V. Plant1 1 Department of Electric