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Classifying Network Intrusions:A Comparison of Data Mining Methods

机译:网络入侵分类:数据挖掘方法的比较

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Network intrusion is an increasingly serious problem experienced by many organizations. In this increasingly hostile environment,networks must be able to detect whether a connection attempt is legitimate or not. The ever-changing nature ofthese attacks makes them difficult to detect. One solution is to use various data mining methods to determine if the network isbeing attacked. This paper compares the performance of two data mining methods— I.e., a standard artificial neural network(ANN) and an ANN guided by genetic algorithm (GA)— in classifying network connections as normal or attack. Using connectiondata drawn from a simulated US Air Force local area network each method was used to construct a predictive model.The models were then applied to validation data and the results were compared. The ANN guided by GA (90.67% correctclassification) outperformed the standard ANN (81.75% correct classification) significantly, indicating the superiority of GabasedANN.
机译:网络入侵是许多组织越来越严重的问题。在这种日益敌对的环境中,网络必须能够检测连接尝试是否合法。这些攻击的不断变化的性质使它们很难被发现。一种解决方案是使用各种数据挖掘方法来确定网络是否受到攻击。本文比较了两种数据挖掘方法(标准的人工神经网络(ANN)和遗传算法(GA)指导的ANN)在将网络连接分类为正常还是攻击时的性能。使用从模拟的美国空军局域网获取的连接数据,每种方法均用于构建预测模型,然后将模型应用于验证数据并比较结果。 GA指导的ANN(正确分类率为90.67%)明显优于标准ANN(正确分类为81.75%),表明GabasedANN的优越性。

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