The Optimistic Schemes of Cluster Analysis and k-NN Classifier Method in Detecting and Counteracting Learned DDoS Attack

Edwin R. Ramos, Sooyoung Chae, Mansig Kim, Myeonggil Choi
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引用次数: 2

Abstract

The creation of Internet has been materialized to help people become aware of different information and unleash them from the state of ignorance. However, its vast expansions turned out to be a threat at their individual premises wherein integrity, accessibility and confidentiality are oftentimes compromised. This paper concerns the optimistic schemes of detecting and counteracting learned DDoS attacks. We described approaches of cluster analysis and k-NN classifier method as effective tools to battle tremendous security threats i.e., malicious usage, attacks and sabotage. These schemes were tested using a set of benchmark data from KDD (Knowledge Discovery and Data Mining) designed by DARPA. Results are clear evidence that combinations of such schemes lead to have an efficient and accurate performance in detecting DDoS attacks.
聚类分析和k-NN分类器方法检测和对抗学习型DDoS攻击的乐观方案
互联网的产生是为了帮助人们了解不同的信息,把他们从无知的状态中解放出来。然而,它的大规模扩张对他们的个人场所构成了威胁,其中完整性,可访问性和保密性经常受到损害。本文研究了一种检测和抵御学习型DDoS攻击的乐观方案。我们将聚类分析方法和k-NN分类器方法描述为对抗巨大安全威胁的有效工具,即恶意使用,攻击和破坏。这些方案使用DARPA设计的知识发现和数据挖掘(KDD)的一组基准数据进行测试。结果清楚地表明,这些方案的组合可以有效和准确地检测DDoS攻击。
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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