Design and evaluation of a system for mesh-based P2P live video streaming
Federico Covino, Massimo Mecella
Abstract
Federico Covino, Massimo Mecella
Abstract
This paper introduces StreamComplete, a new architecture and prototype system for mesh-based P2P live video streaming; it realizes a new concept of overlay network's management as well as merges the best practices of treeand mesh-based approaches. StreamComplete creates a dynamic overlay network that optimizes itself on the basis of local conditions of peers. We have extensively evaluated the performance and the behavior of StreamComplete over the PlanetLab. Our experiments demonstrate the ability of peers in managing the overlay network with autonomic behavior in case of network changes. Furthermore the system is scalable w.r.t. the cardinality of the overlay network, by requiring very few control traffic.
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This paper introduces StreamComplete, a new architecture and prototype system for mesh-based P2P live video streaming; it realizes a new concept of overlay network's management as well as merges the best practices of treeand mesh-based approaches. StreamComplete creates a dynamic overlay network that optimizes itself on the basis of local conditions of peers. We have extensively evaluated the performance and the behavior of StreamComplete over the PlanetLab. Our experiments demonstrate the ability of peers in managing the overlay network with autonomic behavior in case of network changes. Furthermore the system is scalable w.r.t. the cardinality of the overlay network, by requiring very few control traffic.
Key concepts: PlanetLab, Computer science, Overlay network, Overlay, Scalability, Computer network, Live streaming, Mesh networking