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A Malicious Android Malware Detection System based on Implicit Relationship Mining

机译:基于隐含关系挖掘的恶意Android恶意软件检测系统

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摘要

Nowadays, Android system is the most popular mobile smart operating system on the market. However, the number of Android malware has increased sharply and Android malware spreads quickly and has lots of variants. The existing traditional Android malware detection systems are mostly based on the explicit relationship between Android applications, and their detection accuracy and detection efficiency need to be improved. In this paper, we establish an heterogeneous information network to represent the structural and semantic relations between Android application entities. Then we combine relation matrices and meta-paths to get entity features, and we propose two aggregation operations to learn Android application features. Finally, we use the Multi-Layer Perception neural network to detect Android malware. Through testing on the real data sets, the results show that our system takes into account both accuracy and efficiency.
机译:如今,Android系统是市场上最受欢迎的移动智能操作系统。 但是,Android恶意软件的数量急剧增加,Android恶意软件会很快传播并具有大量的变体。 现有的传统Android恶意软件检测系统主要基于Android应用程序之间的显式关系,并且需要提高其检测精度和检测效率。 在本文中,我们建立了异构信息网络,以代表Android应用实体之间的结构和语义关系。 然后我们将关系矩阵和元路径组合以获取实体功能,我们提出了两个聚合操作来学习Android应用程序功能。 最后,我们使用多层感知神经网络来检测Android恶意软件。 通过在真实数据集上测试,结果表明我们的系统考虑了精度和效率。

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