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Entropyology: The Application of Bioinformatics and Data Modeling to Digital Virus and Malware Recognition

机译:熵论:生物信息学和数据建模在数字病毒和恶意软件识别中的应用

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Malware are analogs of viruses. Viruses are comprised of large numbers of polypeptide proteins. The shape and function of the protein strands determines the functionality of the segment, similar to a subroutine in malware. The full combination of subroutines is the malware organism, in analogous fashion as a collection of polypeptides forms protein structures that are information bearing. We propose to apply the methods of Bioinformatics to analyze malware to provide a rich feature set for creating a unique and novel detection and classification scheme that is originally applied to Bioinformatics amino acid sequencing. Our proposed methods enable real time in situ (in contrast to in vivo) detection applications.
机译:恶意软件是病毒的类似物。病毒由大量多肽蛋白组成。蛋白质链的形状和功能决定了片段的功能,类似于恶意软件中的子例程。子例程的完整组合是恶意软件生物体,以类似的方式,因为多肽的集合形成了具有信息承载力的蛋白质结构。我们建议应用生物信息学的方法来分析恶意软件,以提供丰富的功能集,以创建最初用于生物信息学氨基酸测序的独特新颖的检测和分类方案。我们提出的方法可实现实时原位(与体内相反)的检测应用。

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