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Push-pull techniques in peer-to-peer video streaming systems with tree/forest topology

机译:具有树/林拓扑的对等视频流系统中的推挽技术

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Peer-to-peer video streaming systems are overlay networks used to distribute, among other types of content, live video content to large sets of users by relying on computing and network resources directly provided by users that are receiving video streaming services. Peer-to-peer video streaming systems with tree or forest topology are typically push-based, since the video content is provided by parent peers with no need for periodical requests. In this paper we analyze the impact of two complementing pull-based mechanisms aiming at improving the overall performance of the overlay network. Results show that the proposed hybrid push-pull approaches can be beneficial when the stability of the system is low, i.e., the average permanence time of peers is short.
机译:对等视频流系统是覆盖网络,用于通过依赖于接收视频流服务的用户直接提供的计算和网络资源,将实时视频内容(除其他类型的内容之外)分发给大量用户。具有树或森林拓扑的对等视频流系统通常基于推式,因为视频内容是由父级对等方提供的,不需要定期请求。在本文中,我们分析了两种旨在提高覆盖网络整体性能的基于拉式的互补机制的影响。结果表明,当系统的稳定性较低时,即对等体的平均持久时间很短时,所提出的混合推挽方法可能是有益的。

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