【摘要】 针对Android平台恶意软件的检测需求的上升和现有的关联规则挖掘算法的效率较低,不能直接用于恶意软件的检测的问题,论文在改进的关联规则挖掘算法(Eclat)的基础之上,设计了一种挖掘权限之间关联性的算法(AEclat),该算法在49个恶意软件家族之上进行权限频繁模式挖掘,通过得到极大频繁项集,进一步构造权限关系特征库,依此来对恶意软件进行检测。实验分析表明论文提出的方法对恶意软件有较高的识别率和较小的误报率,可以有效增强Android系统的安全性。更多还原

【Abstract】 To solve the problem of rising demand for malware detection on Android platforms and the existing association rulemining algorithms are inefficient and they cannot be used directly in the detection of malicious software,an algorithm AEclat is de-signed to dig out permissions association rules which are based on a improved permission association rules data mining algorithmEclat in our paper. This algorithm is used to test 49 malicious application families,then though the maximal frequent item set whichthe permissions association dataset is built to detect malware. The experimental results show that the proposed method has a high rec-ognition rate and a low false alarm rate on malware detection,it can effectively enhance the security of Android system.更多还原