| Document Date: 2013-06-14 12:53:47
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City Berlin / / Company LG / Google / Virtualized Infrastructure Systems / Elsevier Computer Networks / / Continent Europe / / Country Germany / Switzerland / / / Facility Washington University / / Holiday Assumption / / IndustryTerm physical network / embeddable networks / router-level internet topologies / online perspectives / virtual networks / virtual network mapping algorithm / branch-and-bound algorithm / multi-provider cloud networks / Internet networking / approximative algorithms / interconnection network / on-demand virtual networks / substrate network / conservative Internet Service Providers / virtualization technology / heterogeneous and service-specific virtual networks / Internet Computing / larger network / large and fast network / corporate network / virtual network / software-defined networks / primal-dual approximation algorithm / physical infrastructure / shared substrate network / on-line routing / given infrastructure / cloud computing / empty substrate network / resource infrastructure / policy-based inter-domain embedding protocol / / OperatingSystem Mac OS X / Windows XP / / Organization Paper Organization / Society for Industrial Mathematics / Congress / European Union / Washington University / / Person B. Quoitin / V / Stefan Schmid / Gregor Schaffrath / W. Lee / V / Arne Ludwig / / Product FlexMIP / Igen / / ProvinceOrState Washington / / Technology virtualization technology / full-duplex / peer-to-peer / FlexMIP algorithm / primal-dual approximation algorithm / virtual network mapping algorithm / operating system / Quality of Service / branch-and-bound algorithm / embedding algorithm / ISP / specific embedding algorithm / simulation / decentralized / policy-based inter-domain embedding protocol / virtual circuit / / URL http /
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Specificity vs. Flexibility: On the Embedding Cost of a Virtual Network Arne Ludwig, Stefan Schmid, Anja Feldmann Telekom Innovation Laboratories & TU Berlin, Germany {aludwig,stefan,anja}@net.t-labs.tu-berlin.de