A Novel Deep Learning-Based Malware Detection Scheme Considering Packers and Encryption

Wei Cai
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Abstract

With the continuous improvement of the current level of information technology, the malicious software produced by attackers is also becoming more complex. It's difficult for computer users to protect themselves against malicious software attacks. Malicious software can steal the user's privacy, damage the user's computer system, and often cause serious consequences and huge economic losses to the user or the organization. Hence, this research study presents a novel deep learning-based malware detection scheme considering packers and encryption. The proposed model has 2 aspects of innovations: (1) Generation steps of the packer malware is analyzed. Packing involves adding code to the program to be protected, and original program is compressed and encrypted during the packing process. By understanding this step, the analysis of the software will be efficient. (2) The deep learning based detection model is designed. Through the experiment compared with the latest methods, the performance is proven to be efficient.
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一种考虑封装和加密的基于深度学习的恶意软件检测方案
随着当前信息技术水平的不断提高,攻击者制作的恶意软件也越来越复杂。计算机用户很难保护自己免受恶意软件的攻击。恶意软件可以窃取用户的隐私,破坏用户的计算机系统,往往会给用户或组织造成严重的后果和巨大的经济损失。因此,本研究提出了一种新的基于深度学习的恶意软件检测方案,该方案考虑了封装器和加密。该模型有两个方面的创新:(1)分析了恶意软件的生成步骤。打包是在要保护的程序中加入代码,在打包过程中对原始程序进行压缩和加密。通过理解这一步,软件的分析将是高效的。(2)设计了基于深度学习的检测模型。通过实验与最新方法进行比较,证明了该方法的有效性。
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