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Physics / Linear filters / Signal processing / Self-phase modulation / Dispersion / Raised-cosine filter / Pulse / Intersymbol interference / Optics / Nonlinear optics / Telecommunications engineering


A nonlinearity-tolerant frequency domain root M-shaped pulse for coherent optical communication systems Xian Xu,1,* Qunbi Zhuge,1 Benoît Châtelain,2 Mohamed Morsy-Osman,1 Mathieu Chagnon,1 Meng Qiu,1 and David V. Plant
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Document Date: 2014-01-26 17:50:28


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File Size: 1,73 MB

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City

Saint-Laurent / /

Company

Amp / Canada 2 Ciena Corp. / /

Currency

USD / /

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Facility

Prentice Hall / D. V. Plant / D. Plant / McGill University / /

IndustryTerm

coherent technologies / optical transmission systems / optical fiber networks / unmanaged coherent optical transmission systems / long-haul transmission systems / feasible signal processing algorithm / long-haul optical communication systems / optics communications / coherent optical communication systems / reduced computation complexity algorithms / data communication systems / dispersive media / communication systems / energy contents / Coherent transmission systems / coherent optical communications / digital communication systems / carrier phase recovery / carrier tracking / digital signal processing / optical fiber transmission systems / energy / /

Movie

D. V / /

Organization

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

Person

Xian Xu / David V / J. C. Cartledge / A. Carena / V / /

Position

MP / polarization controller / /

ProvinceOrState

Quebec / /

PublishedMedium

OPTICS EXPRESS / /

RadioStation

VOA / /

Technology

FPGA / laser / reduced computation complexity algorithms / generalized algorithms / DWDM / feasible signal processing algorithm / amplitude modulation / DSP / phase-shift keying / optical fiber / phase modulation / single mode fiber / Optical Networking / /

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