Seattle / Barcelona / Vouliagmeni / Tel-Aviv / Boston / Pittsburgh / Melbourne / RANCID / Miami / /
Company
Rocketfuel / Wide-Area Networks / Bradley Huffaker / Computer Communication Networks / Cisco / Shrubbery Networks Inc. / Comcast / Time Warner / Vodafone / HP / France Telecom / Tiscali / /
Continent
Asia / North America / Europe / /
Country
United States / Australia / Israel / Spain / Greece / /
Currency
USD / / /
Event
FDA Phase / /
Facility
University of Oregon RouteViews / /
IndustryTerm
Internet control message protocol / candidate routers / Internet-Scale IPv6 Alias Resolution Matthew Luckie Robert Beverly William Brinkmeyer CAIDA / disjunctive Internet / Internet-scale IPv4 alias resolution / networks / 11k routers / Internet-scale IPv6 alias resolution technique / Internet-scale alias resolution technique / Internet operations / speedtrap algorithm / Internet-scale application / measurement infrastructure / Internet-scale alias resolution / Internet protocol version / Internet-scale IPv6 alias resolution using fragment identifier values / physical router / Internet topology / actual equipment / measurement-based networking research / distinct routers / Internet-scale IP alias resolution / router-level Internet IPv6 topologies using measurements / active internet topology mapping / Internet protocol / Internet map discovery / Internet evolution perspectives / Internet Topology Data Comparison / false router / candidate router / /
MarketIndex
set 10 / /
OperatingSystem
BSD / /
Organization
National Science Foundation / U.S. Department of Homeland Security / IMC / Naval Postgraduate School / Directorate Cyber Security Division / United States government / Association for Computing Machinery / Cooperative Association for Internet Data Analysis / University of Oregon RouteViews / /
Person
Aaron Hughes / Brandon Ross / Owen DeLong / Robert Beverly William Brinkmeyer / Matthew Luckie Robert Beverly William / /