Design and implementation of dynamic balance in ultra-high speed IP network

Yining Ge, Shikang Chen
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Abstract

Nowadays, with the rapid development of IP network service demand, network construction is also accelerating, IP network is expanding at a higher rate, and gradually moving toward ultra-high speed networks above 40G. In view of the problems of inconsistent IP packet order, random IP packet length and traffic burst brought by the application environment of high traffic, high bandwidth and high concurrency in ultra-high speed IP network, this paper introduces a kind of dynamic balance processing technology of ultra-high speed IP network based on information label. By optimizing the IP processing architecture, a two-level scheduling architecture of multi-board and multi-module is established, and VPN is established in ultra-high speed IP network by using dynamic balance processing technology and order preserving technology to realize high performance IP processing, so as to achieve ultra-high speed data transmission.
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超高速 IP 网络动态平衡的设计与实现
如今,随着 IP 网络业务需求的快速发展,网络建设也在不断加快,IP 网络正在以更高的速度扩容,并逐步向 40G 以上的超高速网络迈进。针对超高速 IP 网络高流量、高带宽、高并发的应用环境带来的 IP 包顺序不一致、IP 包长度随机、流量突发等问题,本文介绍了一种基于信息标签的超高速 IP 网络动态平衡处理技术。通过优化 IP 处理架构,建立多板卡、多模块的两级调度架构,利用动态平衡处理技术和保序技术在超高速 IP 网络中建立 VPN,实现高性能 IP 处理,从而实现超高速数据传输。
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