University of Edinburgh / Institute of Engineering / University of Nottingham / University of Melbourne / La Trobe University / HeriotWatt University / Monash University / University of Durham / /
IndustryTerm
experimental systems / baseband digital signal processing / electrical carrier / optical fibre communication applications / designal mixing products / carrier dispersion / lightwave systems / optical fiber applications / long-haul optical systems / radio frequency carrier / photonic technology / photonic applications / physical-level photonic design automation tools / square law characteristic / conventional optical systems / signal processing functions / optical applications / multimode systems / photonic devices / radio systems / optical carrier / carrier noise / digital communications / optical carrier frequency / optical fiber systems / fiber-optic communication systems / broadband wireless communication systems / wireless networks / photonic systems / carrier frequency / transmission systems / long-haul single-mode fiber applications / digital baseband electrical systems / optical fiber communications / compensation algorithm / electronics / signal predistortion using digital processing / equal carrier / /
Organization
Institute of Engineering and Technology / University of Nottingham / Nottingham / La Trobe University / IMD / Monash University / Melbourne / University of Edinburgh / University of Durham / Durham / Department of Electrical and Computer Systems Engineering / University of Melbourne / Melbourne / HeriotWatt University / Australian Research Council / Australian Photonics Cooperative Research Centre / International Criminal Court / /
Person
Brendon J. C. Schmidt / K. Jean Armstrong / Jean Armstrong / Arthur James Lowery / /
Position
guard / Chief Technology Officer / Professor / Associate Professor / Lecturer / Design Engineer / co-founder / /
Product
Hilbert / /
ProvinceOrState
California / /
Technology
LIGHTWAVE TECHNOLOGY / optical fiber / frequency division multiplexing / CAD / semiconductor / broadband / 202 JOURNAL OF LIGHTWAVE TECHNOLOGY / multimode fiber / laser / 196 JOURNAL OF LIGHTWAVE TECHNOLOGY / lasers / packet switching / optical fibre / compensation algorithm / radio frequency / Gigabit / simulation / Digital Object Identifier / DSP / /
196 JOURNAL OF LIGHTWAVE TECHNOLOGY, VOL. 26, NO. 1, JANUARY 1, 2008 Experimental Demonstrations of Electronic Dispersion Compensation for Long-Haul