Chapel Hill ABSTRACT This / Computer Science University of North Carolina / /
IndustryTerm
consensus algorithms / hop router / bandwidth delay product / distributed multimedia applications / software tool / Web traffic generator / Web browsers / local computing environment / large capacity networks / Internet routers / clusterto-cluster applications / futuristic multimedia applications / Active networking / transport protocol / application-wide networking goals / active networking framework / live experimental network / Internet flows / well-know algorithms / transport protocols / network services / cluster-to-cluster applications / unicast applications / transport-level protocol / generation routers / traffic management / Web traffic / software routers / application-level transport protocol / internet hosts / Internet Cluster−to−Cluster Data Path App / active networking systems / congestion control using multiple network / lightweight infrastructure / gateway router / communication devices / computing / coordination algorithm / congestion responsive transport protocol / uncoordinated transport protocol / software architecture / transportlevel protocol / transport-level protocols / multimedia applications / streaming protocol / bottleneck routers / /
NaturalFeature
Kevin R. waterfall / /
OperatingSystem
UNIX / Linux / FreeBSD / /
Organization
National Science Foundation / University of North Carolina / ID V / Ketan Mayer-Patel Department / Internet Engineering Task Force / /
Person
Su Wen / Kenneth L. Calvert / F.D. Smith / K. Jeffay / Hari Balakrishnan / F. Hernandez Campos / Henry Fuchs / Sally Floyd / Hariharan S. Rahul / Nathan Beddes / David E. Ott / Sudipta Sinha / Herman Towles / Travis Sparks / K. Daniilidis / V / Scott Larsen / Srinivasan Seshan / Sang-Uok Kum / James Griffioen / D. Ott / Ketan Mayer-Patel / David Wetherall / Luigi Rizzo / /
Position
General / head / Congestion Manager / /
Product
C-to-C / /
ProgrammingLanguage
R / C / /
ProvinceOrState
New York / North Carolina / Ontario / /
Technology
consensus algorithms / full-duplex / hop router / generation routers / transport-level protocol / Fast Ethernet / two routers / gateway router / Internet routers / UDP-based protocol / Virtual Reality / UNIX / Linux / rate-based protocol / streaming video / application-level transport protocol / UDP / TCP/IP protocol / streaming protocol / Operating Systems / TCP/IP / transport protocols / transportlevel protocol / IP routers / network routers / transport protocol / transport-level protocols / digital cameras / congestion responsive transport protocol / well-know algorithms / http / window-based protocol / bottleneck routers / simulation / coordination algorithm / FreeBSD router / COORDINATION PROTOCOL / CP-enabled software routers / Network Protocols / uncoordinated transport protocol / /
Coordinated Multi-streaming for 3D Tele-immersion David E. Ott and Ketan Mayer-Patel Department of Computer Science University of North Carolina at Chapel Hill ABSTRACT