| Document Date: 2011-10-03 14:08:08
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Company Thales Communications / Software Defined Radio / B. Company / P. A. S. / UHF / using the mixed UHF-VHF connectivity / / Country France / United States / / Facility Duke University / SDR arena / / IndustryTerm data services / tactical networking / data-centric services / radio technologies / wireless multi-hop networks / opportunistic networks / disruption tolerant networks / mobile tactical networks / interplanetary internet / tolerant networking / broadcast protocol / bandwidth-intensive services / long-range voice communications / ad hoc networks / delay tolerant network / Wireless Conference / communications services / radio network / ad-hoc networks / tactical military networks / multi-media observations / mobility modelling tool / voice services / tolerant mobile networks / mobile ad hoc networks / tactical networks / point-to-multipoint communications / higher bitrate data services / computing / company-wide communications / adhoc wireless networks / data and voice communications / active field products / wireless infrastructure / delaytolerant networks / lower-priority services / wireless propagation models / legacy radio systems / digital tactical radio networks / sparse mobile networks / multi-media content delivery / heterogeneous networking / radio networks / / NaturalFeature VHF channel / / Organization Duke University / / Person Olivier Tessier / J. Leguay / V / K. Fall / V / / / Position platoon leader / / PublishedMedium IEEE Communications Magazine / / RadioStation Radio System Homepage / / TVStation WDTN / Kbit / / Technology flow control / broadcast protocol / DTN protocols / Simulation / / URL http /
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Using UHF Connectivity to Off-load VHF Messaging in Tactical MANETs John Whitbeck, Yoann Lopez, J´er´emie Leguay, Vania Conan, Olivier Rosenberg, Olivier Tessier Thales Communications, Colombes, France Abstract—Futu