多跳网络中视频接入无缝共享的新型无线路由器

K. Hua, Steven Nichols, V. Sundaram, Fei Xie
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引用次数: 0

摘要

摘要形式只给出。本演示的重点是通过具有动态流合并(DSM)功能的无线网状网络实现无缝视频传输。整体设置包括一个原型,其中七个节点形成网状网络骨干。所有这些节点都运行具有移动性支持的DSM软件。DSM是一种强大的技术,可以减少视频应用的网关负载和无线流量。它具有显著提高业务吞吐量的智能。在DSM中,组播流树的上游节点合并相似的流,然后将这些流发送给下游节点,从而减轻网关的压力。移动性支持由我们新颖的会话切换技术提供。该技术使用一种特殊的树搜索算法来识别下一个网格节点(外部节点)与客户端重新关联,并使用一种新颖的会话速率预测技术来确定视频必须由外部节点传输的速率。我们相信这个原型是第一个可以在无线网状接入网络上处理完全分布式会话切换的原型。
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Novel Wireless Routers for Seamless Sharing of Video Access in Multihop Networks
Summary form only give. This demonstration focuses on seamless video delivery over Wireless Mesh Networks with Dynamic Stream Merging (DSM) capability. The overall setup consists of a prototype with seven nodes forming the mesh network backbone. All these nodes run DSM software with mobility support. DSM is a robust technique that can reduce both gateway load and wireless traffic for video applications. It has the intelligence to substantially increase the service throughput. In DSM, the upstream nodes of the multicast streaming tree merges similar streams before sending the streams to the downstream nodes thus relaxing the stress in the gateway. The mobility support is provided by our novel session handoff technique. This technique uses a special tree searching algorithm for identifying the next mesh node (foreign node) for re-association with client and uses a novel session rate prediction technique for determining the rate at which the video has to be delivered by the foreign node. We believe that this prototype is the first prototype that can handle completely distributed session handoff over wireless mesh access networks.
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