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Scalable multi-path discovery technique for parallel data transmission in next generation wide area layer-2 network

机译:下一代广域二层网络中并行数据传输的可扩展多径发现技术

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This paper focuses on parallel data transmission, which is one of the solutions in considering high-speed transmission in next generation wide area layer-2 network. To realize parallel data transmission, reliable delay and route measuring for every possible path between two nodes and choosing multiple paths with small delay difference is necessary. This paper proposes a new multipath discovery and delay measurement method using bi-directional flooding technique. In the proposed method, extended Ethernet frame and bi-directional flooding technique which runs on data plane is introduced. The computer simulation showed that by applying the proposed bi-directional flooding technique, scalability has been greatly increased.
机译:本文着重于并行数据传输,这是考虑在下一代广域第2层网络中进行高速传输的解决方案之一。为了实现并行数据传输,必须对两个节点之间的每条可能路径进行可靠的延迟和路由测量,并选择延迟差较小的多条路径。本文提出了一种新的利用双向洪泛技术的多径发现和时延测量方法。该方法介绍了在数据平面上运行的扩展以太网帧和双向泛洪技术。计算机仿真表明,通过应用所提出的双向泛洪技术,可伸缩性得到了极大的提高。

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