基于隔离网络的自配置诊断算法

Kwangjong Cho, Wonhyuk Lee, Dongkyun Kim
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引用次数: 1

摘要

在互联网呈指数级增长的今天,由于各种网络设备和协议的出现,使得网络的复杂性大大增加。这使得网络配置管理变得非常困难。为了解决这些问题,我们提出了隔离网络的拓扑发现算法和自配置诊断算法。我们将隔离网络定义为自配置网络单元。前一种算法的新颖之处在于其本身的简单性和分散性。后一种算法可以同时诊断节点故障和链路故障,不需要使用SNMP、TL1等其他网络管理协议进行网络配置诊断。从本质上讲,这是针对大型复杂网络的分而治之策略。通过仿真验证了拓扑发现算法产生的流量对网络的影响。这些算法可以直接适用于IP路由网络或lambda交换网络。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Self-Configurable Diagnosis Algorithm on an Isolation Network
Nowadays, with the exponential growth of Internet, the network complexity has been increased because of various network equipment and protocols. It makes network configuration management so hard. In order to settle out these problems, we propose the Topology Discovery Algorithm and the Self-Configurable Diagnosis Algorithm on Isolation network. We defined an Isolation Network as the unit of self-configurable network. The novelty of the former algorithm is the simplicity and decentralization of itself. And the latter algorithm diagnoses simultaneously node faults and links faults and doesn’t need to use another network management protocols such as SNMP and TL1 to diagnose network configuration. Essentially this is divide-and-conquer strategy for larger and complex network. Through simulations we verified the effect on the network by traffic, which is generated by Topology Discover Algorithm. These algorithms can be directly adapted to IP routing network or lambda exchange network.
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