Classification of botnet families based on features self-learning under Network Traffic Censorship

Zhi Zhou, Lihong Yao, Jianhua Li, B. Hu, Chen Wang, Zhenglong Wang
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引用次数: 6

Abstract

Network encryption traffic security censorship is an indispensable part of Internet security. The accuracy and speed of the censorship is a very important requirement. In the actual censorship environment, there is much unknown protocol traffic so that the existing method of artificial designing features cannot satisfy the classification of unknown protocols. CNN can automatically learn features and use them to construct the classification algorithm of the model. CNN has strict requirements on input and we divide the original traffic to numbers of sessions which have a size as large as 400 bytes for each. We do some experiments to get this result, 400-byte size and get a series of inspiring results. We get 64 feature maps automatically learned by CNN, which verify our thoughts on feature self-learning. The classification results meet the requirements of network traffic censorship. This is the first time that CNN has been used to classify botnet encrypted and unencrypted traffic, and the focus of research is on features self-learning. This has implications for the future research of artificial intelligence methods on botnet and provides a reference.
网络流量审查下基于特征自学习的僵尸网络家族分类
网络加密流量安全审查是互联网安全不可缺少的组成部分。审查的准确性和速度是一个非常重要的要求。在实际的审查环境中,存在大量的未知协议流量,现有的人工设计特征的方法无法满足未知协议的分类。CNN可以自动学习特征,并利用特征构建模型的分类算法。CNN对输入有严格的要求,我们将原始流量划分为会话数,每个会话的大小为400字节。我们做了一些实验来得到这个结果,400字节大小,得到了一系列鼓舞人心的结果。我们得到了CNN自动学习的64张特征图,验证了我们关于特征自学习的想法。分类结果满足网络流量审查的要求。这是CNN第一次被用于对僵尸网络加密和未加密的流量进行分类,研究的重点是特征自学习。这对未来研究僵尸网络上的人工智能方法具有启示意义,并提供参考。
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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