基于视觉密码的DWT域灰度图像水印

P. Kulkarni, Girish Kulkarni
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引用次数: 5

摘要

水印是一种保护图像、音频、视频等数字媒体版权的技术。视觉加密(VC)是一种在静态图像中隐藏信息的方案。视觉密码方案将秘密图像分割成不可理解的图像,这些图像被称为共享。股票分配给“n”名参与者。在“n”中的任何“k”个共享都会显示秘密图像,少于“k”个共享无法恢复关于秘密的信息。将视觉加密技术与水印技术相结合是解决图像所有权纠纷和检测版权侵权的最佳解决方案。本文采用(2,2)VC方案,其中一份嵌入到DWT的低频域中,另一份注册到可信机构(TA)。秘密图像通过对两个共享进行异或操作获得。实验结果表明,该方案既能证明图像的所有权,又能抵御各种图像处理攻击。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Visual Cryptography based Grayscale Image Watermarking in DWT domain
Watermarking is a technique to protect the copyrights of digital media like image, audio, video, etc. Visual Cryptography (VC) is a scheme for hiding information in still images. The Visual Cryptography Scheme splits the secret image into unintelligible images, these images are called shares. The shares are distributed to ‘n’ participants. Any ‘k’ shares out of ‘n’ reveal the secret image and less than ‘k’ shares recover no information about secret. Amalgamating Visual cryptography with watermarking yields the best solution for resolving image ownership disputes and detection of infringements of copyrights. In this paper, (2,2) VC scheme is employed, one of the shares is embedded in the low frequency domain of DWT and the other share is registered with the Trusted Authority(TA). The secret image is obtained by performing XOR operation on the two shares. The experimental results revealed that the proposed scheme can not only prove the ownership of image but also withstand various image processing attacks.
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