恶意软件分类的配置文件隐马尔可夫模型——系统调用序列在恶意软件分类中的应用

Ramandika Pranamulia, Y. Asnar, Riza Satria Perdana
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引用次数: 4

摘要

恶意软件技术使得恶意软件分析人员很难用不同的混淆技术检测到相同的恶意软件文件。在本文中,我们试图通过分析可执行文件中的系统调用序列来解决这个问题。实际上相同的恶意软件文件应该具有几乎相同或至少相似的系统调用序列。在本文中,我们将根据系统调用的顺序为每个恶意软件类创建一个模型,这些类由来自不同家族的恶意软件组成。本文使用的方法/算法是剖面隐马尔可夫模型,这是生物信息学领域中比较DNA和蛋白质序列的一个非常著名的工具。我们要构建的恶意软件类是特洛伊木马和蠕虫类。这些类别的准确率相当高,超过90%,假阳性率也很高,约为37%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Profile hidden Markov model for malware classification — usage of system call sequence for malware classification
Malware technology makes it difficult for malware analyst to detect same malware files with different obfuscation technique. In this paper we are trying to tackle that problem by analyzing the sequence of system call from an executable file. Malware files which actually are the same should have almost identical or at least a similar sequence of system calls. In this paper, we are going to create a model for each malware class consists of malwares from different families based on its sequence of system calls. Method/algorithm that's used in this paper is profile hidden markov model which is a very well-known tool in the biological informatics field for comparing DNA and protein sequences. Malware classes that we are going to build are trojan and worm class. Accuracy for these classes are pretty high, it's above 90% with also a high false positive rate around 37%.
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