基于源路由机制的IPv6网络拓扑发现改进方案

Zhu Mingming, Lu Junyong
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引用次数: 3

摘要

虽然源路由机制在提高IPv6网络拓扑发现的覆盖范围方面具有独特的优势,但在目前的IPv6网络拓扑发现技术中被认为效率较低。对源路由机制性质的研究表明,在拓扑发现过程中,待探测目标的总数会迅速增长。这意味着探测过程必须面对巨大的探测空间,这是低效率的主要原因。本文描述了探测空间的扩展,分析了探测空间扩展的原因,提出了抑制这种快速扩展的解决方案,以提高源路由机制的效率。实验结果表明,改进后的溶液在不影响覆盖率的前提下,有效抑制了65%以上的探测空间膨胀。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Improved Solution for IPv6 Network Topology Discovery Based on Source Routing Mechanism
While the source routing mechanism has a unique advantage on enhancing the coverage of IPv6 network topology discovery, it is considered to be inefficient in the current IPv6 network topology discovery technology. Research into the nature of source routing mechanism reveals the fact that the total number of targets to be probed grows rapidly during the progress of topology discovery. This means probing process has to face a huge probing space and this is the main reason for the inefficiency. This paper described how probing space expands, analyzed the reasons why probing space expands, then offered a solution to suppress this fast expansion to improve the efficiency of source routing mechanism. The experiment results showed that the improved solution suppressed more than 65% of the probing space expansion effectively on the premise of not affecting coverage rate.
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