Reversible Adversarial Examples based on Reversible Image Transformation
Recent studies show that widely used deep neural networks (DNNs) are vulnerable to carefully crafted adversarial examples, it inevitably brings some security challenges. However, the attack characteristic of adversarial examples can be taken advantage to do privacy-preserving image research. In this paper, we make use of Reversible Image Transformation to construct reversible adversarial examples, which are still misclassified by DNNs that are utilized by illegal organizations to steal privacy of image content that we upload to the cloud or social platforms. Most importantly, the proposed method can recover original images from downloaded reversible adversarial examples with no distortion. The experimental results show that the attack success rate of the reversible adversarial examples obtained by this method can reach more than 95
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