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Malware detection on android smartphones using keywords vector and SVM

机译:使用关键字vector和SVM在android智能手机上进行恶意软件检测

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With the development of smart phones, more and more mobile phone malwares have came out in the market especially on the popular platforms such as Android, which can potentially cause harm to users' information. But how to effectively detect the new malwares and malicious software variants has been a difficult problem. In view of the traditional feature extraction method based on binary program, this paper presents a method for feature extraction of JAVA source code. The method uses the Keywords Correlation Distance to compute the correlation between key codes such as API calls, Android permissions, the common parameters, and the common key words in Android malware source code. Then SVM is applied to make the system gain to accommodate the function of the new malicious software sample, so as to detect new malicious software and existing malwares. This method is different from the conventional methods which are based on the context of the text. This method combines the characteristics of the malicious software categories and operating environment to record the behavior of the malicious software. Experiments show that the method is efficient and effective in detecting malwares on Android platform.
机译:随着智能手机的发展,市场上越来越多的手机恶意软件特别是在诸如Android之类的流行平台上出现,这可能会损害用户的信息。但是,如何有效地检测新的恶意软件和恶意软件变体一直是一个难题。针对传统的基于二进制程序的特征提取方法,提出了一种JAVA源代码特征提取方法。该方法使用关键字相关距离来计算关键代码之间的相关性,例如API调用,Android权限,通用参数以及Android恶意软件源代码中的通用关键字。然后应用SVM使系统受益,以适应新的恶意软件样本的功能,从而检测到新的恶意软件和现有的恶意软件。此方法不同于基于文本上下文的常规方法。该方法结合了恶意软件类别和操作环境的特征,以记录恶意软件的行为。实验表明,该方法在检测Android平台恶意软件方面是有效的。

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