A New Integration Scheme of Robust and Fragile for Secured Digital Watermarking

Lin Zhang, F. Qian, Yi Gao, Yuesheng Zhu
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引用次数: 3

Abstract

In this paper, a new integration scheme of robust and fragile for secured digital watermarking is developed and implemented. The proposed method uses symmetric encryption algorithm, error correcting code and random permutation to process the original watermark information, and then embeds it into the blue component of image in robust process. In fragile process, a session key and the red component of image are hashed, and then the hashed value is encrypted by using the receiverpsilas public key, finally the encrypted message is embedded into the least significant bit (LSB) of the image. Our results have shown that the proposed scheme can resist white noise, cropping, median filter and JPEG compressing distortions, and can be used for image verification and identity authentication.
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一种新的鲁棒和脆弱的安全数字水印集成方案
本文提出并实现了一种新的鲁棒和脆弱的安全数字水印集成方案。该方法采用对称加密算法、纠错码和随机排列对原始水印信息进行处理,然后在鲁棒性处理中将其嵌入到图像的蓝色分量中。在脆弱进程中,先对会话密钥和图像的红色部分进行哈希,然后使用接收方的公钥对哈希值进行加密,最后将加密后的消息嵌入到图像的最低有效位(LSB)中。实验结果表明,该算法能够抵抗白噪声、裁剪、中值滤波和JPEG压缩失真,可用于图像验证和身份认证。
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