Anomaly Detection Using DSNS and a Dependency Graph for SNMP Objects

B. Zarpelão, L. Mendes, M. L. Proença
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Abstract

This paper addresses the problem of detecting anomalies in computer networks. Anomalies are significant changes in traffic levels, which can cause grave consequences to the execution of services offered by the network. The main characteristics of the anomaly detection system proposed in this work are: (i) application of the DSNS (digital signature of network segment), in order to detect the traffic behavior deviations, (ii) application of a dependency graph that represents the relations between the SNMP objects, in order to correlate the alarms generated for different objects. The results obtained from initial tests performed in a real environment were encouraging. They showed that our system is able to detect anomalies on the monitored network elements, avoiding the high false alarms rate.
使用DSNS和SNMP对象依赖图进行异常检测
本文研究了计算机网络中的异常检测问题。异常是指流量水平的显著变化,它可能对网络提供的服务的执行造成严重后果。本文提出的异常检测系统的主要特点是:(i)应用DSNS(网段数字签名),以检测流量行为偏差;(ii)应用依赖关系图,表示SNMP对象之间的关系,以关联不同对象产生的告警。在真实环境中进行的初步测试获得的结果令人鼓舞。结果表明,我们的系统能够检测到被监控网元上的异常情况,避免了高虚警率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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