video compression algorithms / video applications / actual streaming server / real-time streaming data / window increase/decrease algorithms / aggressive congestion control algorithms / client/server / real-time properties / actual Internet conditions / streaming applications / media delivery / variable Internet conditions / Internet streaming / transport protocol / congestion control algorithm / video server / lossy network / generic media data / real-time video / project Web site / congestion control algorithms / application developer / bandwidth management / Internet applications / streaming systems / application-specific processing / introduced background Web cross-traffic / Web traffic / effort network / application-level protocol / Internet challenging / binomial congestion control algorithms / certain congestion control algorithm / /
OperatingSystem
Linux / Microsoft Windows / /
Organization
M.I.T / Internet Engineering Task Force / /
Person
Jennifer Rexford / Reza Rejaie / David Andersen / John Apostolopoulos / Nick Feamster / /
Position
Governor / Congestion Manager / /
ProgrammingLanguage
ALF / /
Technology
TCP-friendly congestion control algorithm / binomial congestion control algorithms / MPEG-2 / application-level protocol / JPEG / Linux / certain congestion control algorithm / Inter-frame video compression algorithms / API / Real Time Streaming Protocol / MPEG-4 / Streaming Video / Streaming media / UDP / digital video / Operating Systems / window increase/decrease algorithms / aggressive congestion control algorithms / MPEG-1 / flow control / transport protocol / 5.1 Media Transport The Real-time Transport Protocol / TCP-friendly congestion control algorithms / caching / client/server / /
Packet Loss Recovery for Streaming Video Nick Feamster and Hari Balakrishnan M.I.T. Laboratory for Computer Science Cambridge, MA[removed]feamster,hari @lcs.mit.edu