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Finite model theory / Descriptive complexity / Oscillators / Data transmission / Multiplexing / Phase-shift keying / Phase-locked loop / Carrier recovery / SO / Electronic engineering / Telecommunications engineering / Applied mathematics


Simple and efficient frequency offset tracking and carrier phase recovery algorithms in single carrier transmission systems Meng Qiu,* Qunbi Zhuge, Xian Xu, Mathieu Chagnon, Mohamed Morsy-Osman, and David V. Plant Depart
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Document Date: 2013-05-13 22:50:10

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File Size: 4,39 MB

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pence / USD / /

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Facility

D. V. Plant / Plant Department / McGill University / /

IndustryTerm

optical communication systems / transmission systems / phase recovery algorithms / speed systems / receiver algorithms / optical coherent systems / coherent transmission systems / coherent optical communications / recovery algorithm / parallel processing / estimation algorithm / phase recovery algorithm / optical coherent detection using digital signal processing / digital signal processing / /

Movie

D. V / /

Organization

Department of Electrical and Computer Engineering / Optical Society of America OCIS / McGill University / Montreal / /

Person

Xian Xu / V. B. Ribeiro / V / J. Yu / Mohamed Morsy-Osman / Meng Qiu / E. S. Rosa / V / Qunbi Zhuge / Mathieu Chagnon / David V / /

Position

Simple feed-forward / controller / /

ProgrammingLanguage

C / /

PublishedMedium

OPTICS EXPRESS / /

Technology

laser / FO tracking algorithm / phase recovery algorithm / carrier recovery algorithm / previous receiver algorithms / simulation / recovery algorithm / DSP / phase-shift keying / phase recovery algorithms / Phase modulation / frequency division multiplexing / parallel processing / single mode fiber / estimation algorithm / /

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