利用Matlab技术实现数字音频和图像的有效水印

S. Subbarayan, S. K. Ramanathan
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引用次数: 11

摘要

水印是一种允许个人在数字音频、视频或图像信号和文档中添加隐藏的版权声明或其他验证信息的技术。对于音频水印,我们采用RSA算法对水印进行加密,并使用LSB技术将水印嵌入音频文件中。LSB技术是一种老技术,对攻击的鲁棒性不强。在音频水印中,我们在音频文件中嵌入了加密的水印,因此水印被删除的可能性最小。这将使该技术具有非常高的鲁棒性。在检索中,对嵌入的水印进行检索和解密。该方法结合了变换域方法的鲁棒性和空间域方法的简单性。在图像水印中,采用了小波变换技术。小波变换技术用于图像水印。在这里,我们将水印作为伪噪声序列嵌入到图像中。这为图像文件提供了显著的安全性,因为只有知道确切的水印才能从水印图像中去除嵌入的水印。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effective Watermarking of Digital Audio and Image Using Matlab Technique
Watermarking is a technique which allows an individual to add hidden copyright notices or other verification messages to digital audio, video, or image signals and documents. In our proposal, for Audio Watermarking, a Watermark is encrypted using RSA Algorithm and is embedded on the audio file using LSB technique. LSB technique is an old technique which is not very robust against attacks. Here, in audio watermarking we have embedded the encrypted watermark on the audio file, due to which removal of the watermark becomes least probable. This would give the technique a very high robustness. In the retrieval, the embedded watermark is retrieved and then decrypted. This method combines the robustness of Transform domain and simplicity of spatial domain methods. For image Watermarking, DWT technique is used. DWT technique is used in Image watermarking. Here, we have embedded the watermark in the image as a pseudo-noise sequence. This gives a remarkable security to the image file as only if the exact watermark is known can the embedded watermark be removed from the watermarked image.
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