基于深度学习的恶意代码分类方法
首发时间:2021-04-07
摘要:现阶段用于恶意代码分类的深度学习网络对恶意代码的尺寸都有着统一的大小要求,在将恶意代码转化为灰度图像的基础上,利用空间金字塔池化代替传统网络中的池化层,使得神经网络能够接受不同大小的图像尺寸作为输入,并结合使用了深度可分离卷积的深度残差模块完成了恶意代码图像的家族分类,对9个不同的恶意代码家族样本进行了实验验证,并在此基础上对恶意代码图像化的最佳宽度进行了探讨。实验结果表明,该方法能够对不同大小的恶意代码图像进行统一分类处理,且具有正确率高、计算量低的特点。
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Malicious code classification method based on deep learning
Abstract:At present, the deep learning network for malicious code classification has a uniform size requirement for malicious code. On the basis of converting malicious code into gray image, the spatial pyramid pooling is used to replace the pooling layer in the traditional network, so that the neural network can accept different sizes of image as input, and combined with the use of depth separable convolution The deep residual module of this paper completes the classification of malicious code image family, and carries out experimental verification on nine different samples of malicious code family. On this basis, the optimal width of malicious code image is discussed. Experimental results show that this method can classify malicious code imagMalicious code classification method based on deep learninges of different sizes uniformly, and has the characteristics of high accuracy and low computation.
Keywords: Malicious code image deep learning classification spatial pyramid pooling
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