基于Spp-Net模型和彩色图像的恶意代码变体识别

Anita Brigit Mathew, S. Kurian
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引用次数: 2

摘要

随着互联网的快速发展,使用恶意代码攻击的安全漏洞也越来越多。目前用于检测这些代码的方法需要比使用相同大小的数据集图像和灰度图像的差特征进行大量改进。本文提出了一种利用SPP-net模型的方法,该方法既可以接受各种尺寸的图像作为输入,也可以接受为变体检测提供许多特征的彩色图像。由于经常需要添加子层,因此引入了深度学习的概念。此外,它们也改进了对恶意变体的检测。用CNN和SPP- net分别对不同尺寸的图像进行了分类实验。因此,我们提出的工作中使用的CNN架构是VGG16,它可以处理大规模的识别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identification of Malicious Code Variants using Spp-Net Model and Color Images
With the rapid growth of the internet, security breaches have also increased employing malicious code attacks. Current methods for the detection of these codes require much improvement over the use of the same size dataset images and poor features of greyscale images. This paper proposed a method using the SPP-net model which can accept images of various sizes as input and also color images which provide many features for the detection of variants. Since the addition of a sublayer is required frequently, deep learning concept is incorporated. Also, they improve the detection of malicious variants too. Experimentation is done using CNN for the classification and SPP- net for various size images. Thus, the CNN architecture used in our proposed work is VGG16 which can deal with large scale recognition.
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