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Research on Autoencdoer Technology for Malware Feature Purification

机译:用于恶意软件功能净化的自身enemdeer技术研究

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摘要

The emergence of malicious codes has increased exponentially due to the spread of malicious code creation tools with the development of the network, but there are limitations in response through the existing malicious code detection methods. In accordance with this situation, machine learning-based malicious code detection methods are developing, and in this paper, features are extracted by statically analyzing PE files for machine learning-based malicious code detection, and then malicious codes are detected through autoencoder. Research on how to extract features that represent better features is underway. This paper extracts 549 features consisting of information such as DLL/API that can be checked from PE files that are commonly used in malicious code analysis and compresses the data by storing data through SAE (Stacked AutoEncoder) among autoencoders. Was extracted to prove that it is very effective in providing excellent accuracy and shortening processing time.
机译:由于恶意代码创建工具与网络的开发,由于恶意代码创建工具的传播,但通过现有恶意代码检测方法的响应存在局限性,因此呈指数级增强。 根据这种情况,基于机器学习的恶意代码检测方法正在开发,并且在本文中,通过静态分析基于机器学习的恶意代码检测的PE文件来提取功能,然后通过AutoEncoder检测恶意代码。 研究如何提取代表更好功能的功能。 本文提取549个特征,包括DLL / API等信息,这些功能可以从常用于恶意代码分析中常用的PE文件中,并通过AutoEncoders之间通过SAE(堆叠的AutoEncoder)来压缩数据。 提取以证明它在提供优异的精度和缩短处理时间方面非常有效。

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