An Effective Lossless Hiding Technique Based on Reversible Contrast Mapping and Histogram Embedding Methods

T. Lu, Ying-Hsuan Huang
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引用次数: 3

Abstract

Lossless data hiding is a technique that used to embed secret message into media for generating the stego image. The receiver who obtains the stego image can extract the secret message from it and restore the original media via the extraction and recovery image algorithms. Coltuc and Chassery combined look-up table and reversible contrast mapping technique to generate a very fast watermarking embedding scheme in 2007. Their scheme is simple and the hiding capacity is high. In addition, the image quality of the stego image generated by their scheme is fine. However, in their method, absolute difference is used to control image distortion. If the value of the absolute difference is low, then the hiding capacity will be limited and decreased. Therefore, we apply the histogram technique to improve Coltuc and Chassery’s scheme. The experimental results show that the image quality of the proposed scheme is better than that of Coltuc and Chassery’s scheme.
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一种基于可逆对比度映射和直方图嵌入的有效无损隐藏技术
无损数据隐藏是一种将秘密信息嵌入到媒体中以生成隐写图像的技术。接收方获取隐写图像后,可以从隐写图像中提取秘密信息,并通过提取和恢复图像算法恢复原始媒体。Coltuc和Chassery在2007年结合查找表和可逆对比映射技术生成了一种非常快速的水印嵌入方案。他们的方案简单,隐藏能力高。此外,该方案生成的隐写图像的图像质量良好。然而,在他们的方法中,使用绝对差分来控制图像失真。如果绝对差值较低,则隐藏能力将受到限制并降低。因此,我们采用直方图技术来改进Coltuc和Chassery的方案。实验结果表明,该方案的图像质量优于Coltuc和Chassery方案。
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