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Videotelephony / Video / Teletraffic / Computing / High-definition television / Scalable Video Coding / H.264/MPEG-4 AVC / Network congestion / Throughput / Network performance / Video compression / Electronic engineering


P2P GROUP COMMUNICATION USING SCALABLE VIDEO CODING Yago Sánchez1, Thomas Schierl2,1, Cornelius Hellge1, and Thomas Wiegand1,2 1 Image Communication Chair Department of Telecommunication Systems
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Document Date: 2011-01-06 07:58:12

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City

Berlin / Miami / /

Company

IEEE Journal / /

Country

Germany / United States / /

Currency

SVC / /

Facility

Telecommunication Systems Technical University of Berlin Einsteinufer / Image Processing Department Fraunhofer Institute / /

IndustryTerm

interactive group communication applications / communication services / data-driven overlay network / sent media content / live media streaming / media streams / streaming systems / interactive communications / Internet Video Broadcast / real-time applications / media transmission / low-delay communication services / push-based media delivery / interactive communication services / media delivery / low delay media delivery application / low-delay interactive communication applications / /

Movie

SVC / /

NaturalFeature

SVC stream / /

Organization

Image Processing Department Fraunhofer Institute for Telecommunications Heinrich Hertz Institute Einsteinufer / Image Communication Chair Department / J. Zhejiang Univ. / Telecommunication Systems Technical University of Berlin Einsteinufer / /

Person

Carphone / Error Codes / /

Position

current Presenter/Service Manager / speaker / Foreman / Presenter/Service Manager / Forward / /

Technology

Peer-to-Peer / video conferencing / P2P / SIMULATION / Image Processing / /

SocialTag