Performance Evaluation of Machine Learning Classifiers in Malware Detection

Umesh V. Nikam, Vaishali M. Deshmuh
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引用次数: 3

Abstract

Nowadays to gain illegal access of android devices or to cause harm to the system, attackers build many malicious software’s. Theses malicious software’s are known as malware. Once device is affected by malware, its performance degrades and more to that there is a risk that your data may be misused by attackers. Over the period of time these malwares have also evolved themselves and detecting a new & generic kind of malwares using conventional techniques is cumbersome and ineffective also. Therefore, it is a need of an hour to make use of some latest approach for detecting malware efficiently. Use of machine learning based techniques can be effective in this purpose. Effectiveness of various machine learning algorithms can be checked by evaluating their performance through certain experiment. In this paper performance of 10 different machine learning classifiers is evaluated on a kaggle dataset containing 15036 malware and benign applications. All the classifiers are evaluated using parameters like Accuracy, AUC, FPR and FNR.
机器学习分类器在恶意软件检测中的性能评价
目前,为了非法访问android设备或对系统造成危害,攻击者开发了许多恶意软件。这些恶意软件被称为恶意软件。一旦设备受到恶意软件的影响,它的性能就会下降,更有可能的是,你的数据可能会被攻击者滥用。随着时间的推移,这些恶意软件也在不断进化,使用传统技术检测一种新的和通用的恶意软件也很麻烦和无效。因此,利用一些最新的方法来有效地检测恶意软件需要一个小时。使用基于机器学习的技术可以有效地实现这一目的。各种机器学习算法的有效性可以通过一定的实验来评估它们的性能。本文在包含15036个恶意和良性应用程序的kaggle数据集上评估了10种不同机器学习分类器的性能。所有分类器都使用精度、AUC、FPR和FNR等参数进行评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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