配置检测是计算机网络中的知识发现问题

Y. Murayama
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引用次数: 1

摘要

提出了一种与数据库系统中的数据挖掘稍有不同的知识发现类型——计算机网络中的配置检测。在计算机网络中,人们需要知道存在哪些对象以及它们的位置。我们将这种知识的获取称为“配置检测”。我们感兴趣的主机和路由器在一个组织内部的互联网。随着互联网络的普及,网络对象数量的增长是实质性的和动态的。在这样的环境下,对当前网络配置知识的维护就成为了一个现实问题。通过促进动态学习或将管理领域划分为可管理规模的子领域,规模问题已经得到解决。在任何一种解决方案中,我们都面临着不一致和无效的问题。我们建议使用网络地址授权程序来解决一些使用安全技术的严重网络级威胁。最后,我们将该解决方案应用于地址解析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Configuration detection as a problem of knowledge discovery in computer networks
Presents a type of knowledge discovery that is slightly different from data mining in database systems-configuration detection in computer networks. In computer networks, one needs to know which objects exist and where they are located. We call the acquisition of this knowledge "configuration detection". We are interested in hosts and routers on an internetwork within an organization. As internetworking has become popular, the growth in the number of network objects has been substantial and dynamic. In such an environment, the maintenance of knowledge of the current configuration of the network has become a practical problem. The scale problem has been solved either by facilitating dynamic learning or by dividing the management domain into subdomains of a manageable size. In either solution, we face the problems of inconsistency and invalidity. We suggest the use of a procedure for the authorisation of network addresses to solve some of the serious network-level threats using a security technique. Finally, we apply the solution to address resolution.
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