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Network protocols / Network architecture / Network theory / Network flow / Route assignment / Transportation planning / Delay-tolerant networking / Routing / Flow network / Graph theory / Mathematics / Theoretical computer science


Wardrop Equilibrium Formulation of Resource-Constrained DTN Routing in Public Safety Networks Pierre-Ugo Tournoux!, Vania Conan!, Jon Crowcroft† , J´er´emie Leguay!, Marcelo Dias de Amorim‡ , and Farid Benbadis! !
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Document Date: 2011-10-03 14:09:14


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Limassol / Barcelona / Budapest / Paris / Kyoto / Las Vegas / Reading / Constrained ORacle / /

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Yale University Press / Oracle / Prentice-Hall Inc. / Thales Communications / SIAM Journal / IEEE Press / Urban Transportation Networks / Wireless On-Demand Network Systems / Intel / /

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Hungary / Cyprus / Japan / United States / Spain / /

Facility

University of Cambridge / /

IndustryTerm

disruption tolerant networks / travel cost / multiclass-user transportation networks / road networks / large networks / line search / wireless sensor networks / non-negative travel cost / Wireless Networks / buffer management / connected networks / vehicle-based disruption-tolerant networks / ad hoc networks / deterministic delay tolerant networks / traffic assignment algorithm / Wireless Internet / wireless nodes / public safety communications / computing / basic network / wireless transmission / /

Organization

Institution of Civil Engineers / Yale University / University of Cambridge / /

Person

Paolo Giaccone / F. Benbadis / V / Torbjrn Larsson / Farid Benbadis / John Glen Wardrop / David Hay / Michael Patriksson / Jon Crowcroft / T. Friedman / V. Conan / J. Leguay / Tim Roughgarden / /

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Position

D. A. General / model for road planning / /

Product

DTNs / /

ProvinceOrState

British Columbia / Manitoba / Massachusetts / /

PublishedMedium

Journal of the ACM / /

Technology

Frank-Wolfe algorithm / CDMA / routing protocols / classical MANET protocols / Origin-based algorithm / distributed algorithm / load balancing / specific routing protocol / http / simulation / Bluetooth / traffic assignment algorithm / /

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