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DEPSCOR FY 09. Obfuscation and Deobfuscation of Intent of Computer Programs.

机译：DEpsCOR FY 09.计算机程序意图的混淆和反混淆。

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This research aimed at developing a theoretical framework to predict the next obfuscation (or deobfuscation) move of the adversary, with the intent of making cyber defense proactive. The goal was to understand the relationship between obfuscation and deobfuscation techniques employed in malware offense and defense. The strategy was to build upon previous work of Giacobazzi and Dalla Preda on modeling obfuscation and deobfuscation as abstract interpretations, further that effort by developing an analytical model of the best obfuscation with respect to a deobfuscator. In addition, this research aimed at developing cost models for obfuscation and deobfuscations. The key findings of this research include: a theoretical model of computing the best obfuscation for a deobfuscator, a method for context-sensitive analysis of obfuscated code, a method for learning obfuscation transformations used by a metamorphic engine, several insights into the use of machine learning in deobfuscation, and game-theoretic models of certain scenarios of offense- defense games in software protection.

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Lakhotia, A.; Phoha, V. V.;
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年度 2012
页码 1-13
总页数 13
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Computer programs; Computer security; Cost models; Game theory; Polymorphism; Abstract interpretation; Malware analysis; Malware attribution; Metamorphism; Software deobfuscation; Software obfuscation; Software protection; Machine learning;

机译：计算机程序;计算机安全;成本模型;博弈论;多态性;抽象解释;恶意软件分析;恶意软件归因;变形;软件反混淆;软件混淆;软件保护;机器学习;

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6. Canadian Colloquium on Computer-Assisted Interpretation of Electrocardiograms. IV. Suggested minimal performance requirements and methods of performance evaluation for computer ECG analysis programs. [O] . R. R. Helppi, V. Unite, H. K. Wolf 1973

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7. Automatic Deobfuscation and Reverse Engineering of Obfuscated Code [O] . Yadegari Babak 2016

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DEPSCOR FY 09. Obfuscation and Deobfuscation of Intent of Computer Programs.

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