San Francisco / Princeton / Denver / Baltimore / /
Company
E. On / Siemens Corporate Research Inc. / Intel / /
Currency
pence / / /
Event
FDA Phase / /
Facility
Washington Massachusetts Institute of Technology Northeastern University CCIS Purdue University / Spines library / Virtual Port / Urbana-Champaign University of Maryland University of Rochester Washington University / Indianapolis Johns Hopkins Information Security Institute New York University Princeton Rutgers University University of Georgia University of Kansas University of Pennsylvania University of Wisconsin Wayne State University / Johns Hopkins University / ACIS Lab University of Illinois / using Spines / /
IndustryTerm
realistic Internet / telephony services / regular applications / overlay routers / recovery protocol / telephony / real-time process priorities / soft real-time protocol / Internet loss characteristics Packets / node software / transport protocol / real time priority / lossy network / Internet average / loaded web servers / diameter networks / latency networks / realtime protocol / overlay protocols / incremental algorithm / direct Internet path / low diameter networks / larger Internet / Internet today / Internet routing / voice and data / application processing / real-time1 packet recovery protocol / node networks / Internet paths / observed Internet paths / local area network / overlay networks / real time protocol / public Internet / userlevel processing / wide area network / node network / application-level overlay network / generic communication solutions / real time recovery protocol / real-time packet arrival / regular shortest path algorithm / media streaming / application aware protocols / packet processing / incremental link-state protocol / overlay node applications / overlay link protocol / real-time protocol / end applications / overlay network / Internet studies / Voice over IP / /
NaturalFeature
Spines stream / Spines streams / /
OperatingSystem
Unix / Linux / /
Organization
University of Wisconsin Wayne State University / New York University / the Johns Hopkins University / Northeastern University / University of Georgia University / Massachusetts Institute of Technology / Harvard University / MIT / University of Rochester Washington University / UDP PESQ / Rutgers University University / Purdue University / University of Kansas University / University of Illinois / United Nations / Department of Computer Science / University of Florida / /
Person
David Hedqvist / Stuart Goose / Andreas Terzis / Claudiu Danilov / /
Position
RT / /
Product
Spines / VoIP / /
ProgrammingLanguage
C / /
ProvinceOrState
New Jersey / Maryland / Illinois / Florida / /
Technology
TCP protocol / real time protocol / overlay link protocol / Linux / IP protocols / API / regular shortest path algorithm / realtime protocol / Two protocols / operating system / 7 8 9 Real-Time protocol / WAN / real time recovery protocol / PSTN / soft real-time protocol / A. Real-time recovery protocol / existing routing protocols / routing algorithm / application aware protocols / virtual machine / LAN / real-time protocol / UDP / modified Dijkstra algorithm / overlay protocols / incremental link-state protocol / Ethernet / routing protocol / 7 8 9 10 Real-Time protocol / real-time1 packet recovery protocol / network routers / transport protocol / VOIP / voice-over-IP / incremental algorithm / overlay routers / /