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Recently, some push-pull scheduling strategies have been proposed to replace the pull mechanism in mesh based P2P streaming systems. A push-pull mechanism is more efficient in terms of the overheads and leads to a much better playback delay performance since the pull part is mainly used either at startup or to recover lost content. In this work we combine the low scheduling delays of push scheduling...
Recently, some push-pull scheduling strategies have been proposed to replace the classical pull mechanism in mesh based P2P streaming systems. A push-pull mechanism is more efficient in terms of the overheads and leads to much better playback delay performance since the pull part is mainly used either at the beginning of the session or to recover lost content. Since a push-pull mechanism typically...
Recently, several mesh-based P2P live streaming systems are adopting a push-pull mechanism instead of the classical pull mechanism. A push-pull mechanism is more efficient in terms of overhead and leads to much better playback delay performance because it eliminates the need of the three steps of pull content retrieval: buffer map broadcast, data request and data sending. Thus, using the pull mechanism...
Several recent P2P streaming systems have adopted mesh overlays to disseminate content to participating peers because this topology appears to be more resilient to churns. To cope with inferred problems, such as data redundancy, these systems opt for data-driven content retrieval mechanisms (pull mechanisms). Each node has a list of neighbors with whom it periodically exchanges buffer information...
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