Android Malicious Application Detection Based on Ontology Technology Integrated with Permissions and System Calls

Da-peng Chen, Hongmei Zhang, Xiangli Zhang, Demin Wang
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引用次数: 3

Abstract

In this paper, for sharing the security knowledge of smart phone applications and detecting the malicious applications, one new method was put forward based on ontology technology which considered permissions and system calls information with JESS inference engine. In order to get final feature information list and define SWRL rules, this paper extracted and analyzed permissions and system calls information which were significant and representative ones. The constructed application ontology referred to application domain knowledge including permissions and system calls etc. so that explicit and tacit knowledge could be shared. By selecting defined SWRL rules and running JESS inference engine, this paper demonstrated that our detection method could effectively classify malware and benign. Experimental results showed that the accuracy reached 95.89%. Moreover, through a comparative analysis, it could be seen that the application security detection based on ontology method outperformed two existing Android malware detection schemes for combining two characteristic information-permissions and system calls.
基于权限与系统调用集成的本体技术的Android恶意应用检测
为了实现智能手机应用安全知识的共享和恶意应用的检测,本文提出了一种基于本体技术的智能手机应用安全知识共享方法,该方法结合JESS推理引擎考虑权限和系统调用信息。为了得到最终的特征信息列表和定义SWRL规则,本文提取并分析了具有重要意义和代表性的权限和系统调用信息。构建的应用本体引用了包括权限、系统调用等应用领域知识,实现了显性知识和隐性知识的共享。通过选择已定义的SWRL规则并运行JESS推理引擎,验证了我们的检测方法可以有效地对恶意和良性进行分类。实验结果表明,准确率达到95.89%。此外,通过对比分析可以看出,基于本体方法的应用安全检测优于现有的两种结合两种特征信息——权限和系统调用的Android恶意软件检测方案。
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