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Restoration as a Defense Against Adversarial Perturbations for Spam Image Detection

机译:恢复可防御垃圾邮件图像的对抗性干扰

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Spam image detection is essential for protecting the security and privacy of Internet users and saving network resources. However, we observe a spam image detection system might be out of order due to adversarial perturbations, which can force a classification model to misclassify the input images. To defend against adversarial perturbations, previous researches disorganize the perturbations with fundamental image processing techniques, which shows limited success. Instead, we apply image restoration as a defense, which focuses on restoring the perturbed adversarial images to their original versions. The restoration is achieved by a lightweight preprocessing network, which takes the adversarial images as input and outputs their restored versions for classification. The further evaluation results demonstrate that our defense significantly improves the performance of classification models, requires little cost and outperforms other representative defenses.
机译:垃圾邮件图像检测对于保护Internet用户的安全性和隐私并节省网络资源至关重要。但是,我们观察到垃圾邮件图像检测系统可能由于对抗性干扰而失灵,这可能会迫使分类模型对输入图像进行错误分类。为了抵御对抗性干扰,先前的研究使用基本的图像处理技术来消除干扰,这显示了有限的成功。取而代之的是,我们将图像恢复用作防御,其重点是将受干扰的对抗图像恢复为其原始版本。还原是通过轻量级的预处理网络实现的,该网络以对抗图像作为输入并输出其还原版本以进行分类。进一步的评估结果表明,我们的防御可以显着提高分类模型的性能,所需成本很少,并且胜过其他代表性防御。

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