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Utility-based packet scheduling in P2P mesh-based multicast
Jacob Chakareski
, Pascal Frossard
Research output
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Contribution to journal
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Conference article
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peer-review
11
Scopus citations
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Dive into the research topics of 'Utility-based packet scheduling in P2P mesh-based multicast'. Together they form a unique fingerprint.
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Keyphrases
Multicast
100%
Packet Scheduling
100%
Utility-based
100%
Mesh-based
100%
Mesh-pull
100%
Transmission Rate
50%
Resource Sharing
50%
Reconstruction Accuracy
50%
Video Content
50%
Efficient Use of Resources
50%
Video Reconstruction
50%
Overlay Networks
50%
Neighbor-based
50%
Utilization Data
50%
Streaming Video
50%
Free Rider
50%
Decoding Rates
50%
Pull Mechanisms
50%
Peer Node
50%
Upload Bandwidth
50%
Free-riding
50%
Computer Science
Multicasting
100%
Packet Scheduling
100%
Transmission Rate
50%
Resource Sharing
50%
Resource Utilisation
50%
Streaming System
50%
Overlay Network
50%
Video Reconstruction
50%
Streaming Video
50%
free-rider
50%
free-riding
50%
Upload Bandwidth
50%