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首页> 外文期刊>電子情報通信学会技術研究報告. 情報ネットワ-ク. Information Networks >Performance evaluation of adaptive multi-path routing networks based on per-packet end-to-end delay guarantees
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Performance evaluation of adaptive multi-path routing networks based on per-packet end-to-end delay guarantees

机译:基于分组端到端时延保证的自适应多径路由网络的性能评估

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摘要

In this paper, we evaluate the new packet forwarding scheme [1] based on per-packet end-to-end deadlines in adaptive mutli-path routing networks. Conventional flow-oriented schemes to guarantee end-to-end deadlines by 'scheduling', such-as EDD, have to prevent congestion in heavy loads because of use of a single shortest path. The proposed scheme can achieve load balancing using adaptive multi path-routing, and dynamically priority control according to per-packet deadlines of their destination nodes. It is shown the properties of probability of delay violation and loss, under several conditions of different network sizes and node allocations, can be obtained by computer simulations.
机译:在本文中,我们基于自适应多路径路由网络中基于每个数据包的端到端期限评估了新的数据包转发方案[1]。传统的以流量为导向的方案,通过诸如EDD之类的“调度”来保证端到端的期限,必须避免由于使用一条最短路径而在重负载中造成拥塞。所提出的方案可以使用自适应多路径路由实现负载均衡,并根据其目的地节点的每个数据包期限动态地进行优先级控制。结果表明,在不同网络规模和节点分配的几种条件下,可以通过计算机仿真获得延迟违规和丢失概率的性质。

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