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Malware Similarity Analysis Based on Graph Similarity Flooding Algorithm

机译:基于图相似性泛洪算法的恶意软件相似性分析

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摘要

Malware is a pervasive problem in computer security. The traditional signature-based detecting method is ineffective to recognize the dramatically increased malware. Researches show that many of the malicious samples are just variations of previously encountered malware. Therefore, it would be preferable to analysis the similarity of malware to determine whether submitted samples are merely variations of existing ones. Static analysis of polymorphic malware variants plays an important role. Function call graph has shown to be an effective feature that represents functionality of malware semantically. to this paper we propose a novel algorithm by comparing the function call graph based on similarity flooding algorithm to analyze the similarity of malware. Similarity between malware can be determined by graph matching method. The evaluation shows that our algorithm is highly effective in terms of accuracy and computational complexity.
机译:恶意软件是计算机安全中普遍存在的问题。传统的基于签名的检测方法无法识别急剧增加的恶意软件。研究表明,许多恶意样本只是先前遇到的恶意软件的变体。因此,最好分析恶意软件的相似性,以确定提交的样本是否仅仅是现有样本的变体。多态恶意软件变体的静态分析起着重要作用。函数调用图已显示是一种有效的功能,可以从语义上表示恶意软件的功能。本文针对基于相似泛洪算法的函数调用图进行比较,以分析恶意软件的相似性,提出了一种新颖的算法。恶意软件之间的相似性可以通过图匹配方法来确定。评估表明,我们的算法在准确性和计算复杂度方面非常有效。

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