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Lightweight malware detection based on machine learning algorithms and the android manifest file

机译:基于机器学习算法和android清单文件的轻量级恶意软件检测

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This study aims to learn if the Android manifest file provides enough information to classify an app as malicious or benign. In particular it compares the efficacy of using requested permissions versus inter-app intent communication. It also improves static malware detection by comparing and refining different machine learning algorithms on the manifest file dataset. I find that a Cubic Support Vector Machine (SVM) algorithm is the most accurate classifier for the complete dataset with a 91.7% accuracy. I also find that combining intent filters with requested permissions improves the classifier, but intent filters are not enough to base a classifier on while permissions are.
机译:这项研究旨在了解Android清单文件是否提供了足够的信息来将应用分类为恶意或良性。特别是,它比较了使用请求的权限与应用程序间意图通信的功效。通过比较和完善清单文件数据集上的不同机器学习算法,它还改善了静态恶意软件检测。我发现三次支持向量机(SVM)算法是完整数据集的最准确分类器,准确度为91.7 \%。我还发现,将意图过滤器与请求的权限结合使用可以改善分类器,但意图过滤器不足以在权限获得许可时将分类器作为基础。

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