The Application Layer Protocol Identification Method Based on Semisupervised Learning

Huazhi Yang, Peifeng Li, Qiaoming Zhu, Lan Xu
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引用次数: 2

Abstract

Application layer protocol identification problem is the premise and foundation of network security monitoring, intrusion detection and other network control system. With the gradual development of network applications, new application layer protocol will produce, therefore bringing the difficulty to identify and update protocols. Although current supervised-based learning method can overcome low accuracy and high time complexity issue of traditional method, yet it is limited by the number of labeled data and also cannot adapt to the rapid updating of the application layer protocols, and it is restricted in further promotion. Accordingly, we propose a semi-supervised learning method to solve the above two issues. Firstly, we adopt Affinity Propagation (AP)clustering algorithm to cluster the mixed data which contains a small labeled data and large unlabeled data. Secondly, we use the labeled data to map the clustering result to specific network application. Evaluation shows that the proposed method is effective in both specific network applications and new protocol identification.
基于半监督学习的应用层协议识别方法
应用层协议识别问题是网络安全监控、入侵检测等网络控制系统的前提和基础。随着网络应用的逐步发展,会产生新的应用层协议,从而给协议的识别和更新带来困难。目前基于监督的学习方法虽然克服了传统方法准确率低、时间复杂度高的问题,但受标注数据数量的限制,也不能适应应用层协议的快速更新,进一步推广受到限制。因此,我们提出一种半监督学习方法来解决以上两个问题。首先,采用亲和性传播(Affinity Propagation, AP)聚类算法对含有少量标记数据和大量未标记数据的混合数据进行聚类。其次,我们使用标记数据将聚类结果映射到特定的网络应用。评估表明,该方法在特定网络应用和新协议识别中都是有效的。
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