面向异常抽取的多维数据挖掘

Pratima R. Patil, M. Bhamare
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引用次数: 3

摘要

由于大流量的网络监控是一项非常困难和繁琐的工作,因此网络攻击的概率大大增加。所以需要提取异常。异常提取意味着在异常时间间隔内观察到的大量流中找到与异常事件相关的流。异常提取对于根本原因分析、网络取证、攻击缓解和异常建模非常重要。为了识别可疑流,我们使用多个基于直方图的检测器提供的元数据,然后应用关联规则和多维挖掘概念来发现和总结异常流。通过从骨干网中获取丰富的流量数据,我们证明了我们的技术可以有效地找到与异常事件相关的流量。因此,利用多维挖掘规则提取异常,可以减少分析告警所需的工作时间,提高异常系统的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multidimensional Data Mining for Anomaly Extraction
Due to heavy traffic the network monitoring is very difficult and cumbersome job, hence the probability of network attacks increases substantially. So there is the need of extraction anomalies. Anomaly extraction means to find flows associated with the anomalous events, in a large set of flows observed during an anomalous time interval. Anomaly extraction is very important for root-cause analysis, network forensics, attack mitigation and anomaly modeling. To identify the suspicious flows, we use meta-data provided by several histogram based detectors and then apply association rule with multidimensional mining concept to find and summarize anomalous flows. By taking rich traffic data from a backbone network, we show that our technique effectively finds the flows associated with the anomalous events. So by applying multidimensional mining rule to extract anomaly, we can reduce the work-hours needed for analyzing alarms and making anomaly systems more effective.
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