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Technology / IEEE 802 / Electronic engineering / Optical communications / Photonics / MIMO / Photodiode / Visible light communication / Free-space optical communication / Radio resource management / Information theory / Telecommunications engineering


Document Date: 2010-10-14 00:03:00

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City

New York / Vancouver / Cambridge / Los Angeles / Chicago / /

Company

MIT Press / J. Ho B. V. / Transparent Optical Networks / SONY / Computer-Communication Networks / Optical WDM Networks / /

Country

Netherlands / Japan / United States / Canada / /

Currency

SGD / USD / /

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Facility

Boston University / Rutgers University / /

IndustryTerm

myriad applications / wireless channel / short range wireless communications / mobile optical communications / Led road illumination communications system / mobile networking / vehicular network communications / indoor optical wireless communications / wireless channels / pervasive computing / wireless optical transmissions / mobile communications / inter-vehicle communications / mobile optical networking / Wireless Conference / computer vision algorithms / optical wireless spherical structures / inter-satellite communications / communication systems / computational algorithms / Optical wireless / real time / network localization algorithms / Optical wireless communications / robotic networks / structure-from-motion algorithms / optical systems / wireless communications / Free-space-optical mobile ad hoc networks / optical satellite communications / conventional wireless optics / safety applications / imaging / audio systems / energy / communications approach / Wireless infrared communications / short range infrared communications / mobile computing / optical networking / camera networks / visible light communications / optical wireless channel / communications protocols / mobile computing systems / Wireless Communication Permission / costly mechanical steering systems / baseband signal processing / communications system / optical solutions / ad hoc networks / visible light communication systems / power management / line-of-sight communications / vehicle communications / research / computer vision recognition algorithms / Low-speed audio communication systems / network layer protocols / mobile computing field / optical communications / intervehicle communications / Wireless infrared communication links / mobile ad hoc networks / Wireless local danger warning / tive communications / mobile networking research / vehicular networks / Led wireless / layer protocols / receiver processing / receiver-side processing techniques / wireless communication / using inter-vehicle communications / /

NaturalFeature

Shannon / /

Organization

MIT / Rutgers University / Congress / Kristin Dana Department of ECE / Boston University / International Criminal Court / Pattern Analysis and Machine Intelligence / /

Person

S. Navin Kumar / Arun Majumdar / T. Tuytelaars / V / Michael Varga / Marco Gruteser / Ashwin Ashok / Narayan Mandayam / Kristin Dana / /

Position

wide receiver / /

Product

RPD / /

ProvinceOrState

Illinois / New York / /

PublishedMedium

IEEE Transactions on Pattern Analysis and Machine Intelligence / Optik - International Journal for Light and Electron Optics / IEEE Transactions on Communications / /

Technology

semiconductor / FPGA / radiation / visual MIMO protocols / approximate SIFT algorithm / communications protocols / network localization algorithms / wireless communications / microwave / structure-from-motion algorithms / mobile device / CMOS imaging technology / mobile devices / optical networking / network layer protocols / networking layer protocols / laser / computer vision algorithms / machine vision / computer vision recognition algorithms / mobile computing / LED technology / Optoelectronics / http / Radio frequency / SIFT algorithm / satellite communications / MAC protocols / /

URL

http /

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