I-Filter: Identical Structured Control Flow String filter for accelerated malware variant classification

Taegyu Kim, Woomin Hwang, Ki-Woong Park, Kyungoh Park
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引用次数: 2

Abstract

As the number of malware variants has grown rapidly, classification speed has become crucial in security issues. While several techniques for malware variant classification have been proposed, they involve a speed-accuracy trade-off. In an attempt to achieve a speedy and accurate malware variant classification, we thoroughly analyze previously proposed methods and identify a critical performance bottleneck in string-to-string matching. This paper presents and evaluates a technique called I-Filter that enhances the performance of the previous approach, approximate matching. I-Filter has the following novel mechanism, the hash-based equivalent procedure matching technique. Our performance evaluation confirms that a performance improvement of on average 1,043 times through I-Filtering.
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I-Filter:用于加速恶意软件变体分类的相同结构化控制流字符串过滤器
随着恶意软件变种数量的迅速增长,分类速度在安全问题中变得至关重要。虽然已经提出了几种恶意软件变体分类技术,但它们都涉及速度和准确性的权衡。为了实现快速准确的恶意软件变体分类,我们彻底分析了以前提出的方法,并确定了字符串到字符串匹配的关键性能瓶颈。本文提出并评估了一种称为I-Filter的技术,该技术提高了先前方法的性能,即近似匹配。I-Filter具有以下新颖的机制,基于哈希的等效过程匹配技术。我们的性能评估证实,通过I-Filtering,性能平均提高了1,043倍。
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