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Optical devices / Physics / Optical fiber / Fiber-optic communications / Fiber optics / Optical amplifier / Polarization-maintaining optical fiber / Degree of polarization / Wavelength-division multiplexing / Polarization / Optics / Technology


4124 JOURNAL OF LIGHTWAVE TECHNOLOGY, VOL. 27, NO. 18, SEPTEMBER 15, 2009 Receiver Model for Depolarized Signal Due to Polarization-Mode Dispersion and Partially Polarized
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Document Date: 2011-02-05 14:26:22

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City

Lima / Baltimore / /

Company

IEEE Authorized / Authorized / /

Country

United States / /

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Facility

University of Maryland Baltimore Cty / University of Maryland / /

IndustryTerm

real optical communication systems / carrier wavelength / potential applications / inner product / automated clock recovery algorithm / optical fiber communications systems / realistic systems / square-law photodetector / optical fiber transmission systems / energy / /

Organization

University of Maryland / University of Maryland Baltimore Cty / University of Maryland Baltimore County / Department of Computer Science and Electrical Engineering / Department of Mathematics and Statistics / /

Person

Li Yan / Curtis R. Menyuk / ASE ASE ASE ASE / Gary M. Carter / John Zweck / /

Position

Prime Minister / representative / polarization controller / /

Product

ps2 / Monte Carlo / /

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Maryland / /

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4126 JOURNAL OF LIGHTWAVE TECHNOLOGY / simulation / 4128 JOURNAL OF LIGHTWAVE TECHNOLOGY / LIGHTWAVE TECHNOLOGY / Digital Object Identifier / Optical Fiber / 4124 JOURNAL OF LIGHTWAVE TECHNOLOGY / automated clock recovery algorithm / pdf / using a Monte Carlo simulation / /

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