Data hiding is the art of concealing messages with limited perceptual changes. Recently, deep learning has enriched it from various perspectives with significant progress. In this work, we conduct a brief yet comprehensive review of existing literature for deep learning based data hiding (deep hiding) by first classifying it according to three essential properties (i.e., capacity, security and robustness), and outline three commonly used architectures. Based on this, we summarize specific strategies for different applications of data hiding, including basic hiding, steganography, watermarking and light field messaging. Finally, further insight into deep hiding is provided by incorporating the perspective of adversarial attack.
翻译:最近,深层学习从各种角度丰富了它,并取得了重大的进展。在这项工作中,我们对现有文献进行简短而全面的审查,以便进行深层学习,根据三个基本属性(即能力、安全和稳健性)进行数据隐藏(深藏)分类,并概述三个常用的结构。在此基础上,我们总结了数据隐藏的不同应用的具体战略,包括基本隐藏、线性学、水印和光线实地信息。最后,通过纳入对抗攻击的观点,我们进一步深入了解深藏情况。