Malware Classification and Visualization Using EfficientNet and B2IMG Algorithm

H. Pratama, Jeckson Sidabutar
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引用次数: 2

Abstract

The growth of malware has been significantly high in the last few years. Signature-based and heuristic methods have already been used in malware classification for a long time, but since the growth of polymorphic, both methods have become irrelevant. This problem makes machine learning and deep learning popular to overcome this problem. EfficientNet is one of the transfer learning models, a deep learning subfield. It said that this model could beat the state of the art of deep learning classification in ImageNet. In this paper, the researcher already implemented several EffiicientNet models into two type of Malware BIG 2015 that had been visualized into grayscale and RGB format. From the experiment, we found that EfficientNetB7 implemented into RGB dataset got 99.63% of accuracy, 98.36% of precision, 98.35% of recall, 98.34% of F1-Score, and 98.30% of AUC, with only takes 10 epochs in training process. It could outperformed other pretrained model within a few epochs.
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基于EfficientNet和B2IMG算法的恶意软件分类和可视化
在过去的几年里,恶意软件的增长速度非常快。基于签名的方法和启发式方法已经在恶意软件分类中使用了很长时间,但随着多态技术的发展,这两种方法都变得无关紧要。这个问题使得机器学习和深度学习流行起来,以克服这个问题。effentnet是迁移学习模型之一,是深度学习的一个分支。该公司表示,该模型可以击败ImageNet中最先进的深度学习分类技术。在本文中,研究人员已经将几个efficientnet模型实现到两种类型的恶意软件BIG 2015中,并将其可视化为灰度和RGB格式。通过实验,我们发现在RGB数据集上实现的效率netb7准确率达到99.63%,精密度达到98.36%,召回率达到98.35%,F1-Score达到98.34%,AUC达到98.30%,训练过程只需要10个epoch。它可以在几个时代内超越其他预训练模型。
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