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 / /
An Overlay Architecture for High Quality VoIP Streams Yair Amir, Member, IEEE, ACM, Claudiu Danilov, Stuart Goose, David Hedqvist, and Andreas Terzis, Member, IEEE, ACM Abstract— The cost savings and novel features as