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A new combined crypto-watermarking technique using RSA algorithm and discrete cosine transform to retrieve embedded EPR from noisy bio-medical images

机译:一种新的使用RSA算法和离散余弦变换的新组合加水印技术,从嘈杂的生物医学图像中检索嵌入式EPR

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摘要

The current paper proposes a newer approach of biomedical watermarking technique which combines frequency domain watermarking with cryptography. The proposed methodology can embed EPR in the cover image by discrete cosine transform watermarking and RSA algorithm of cryptography. Here EPR includes patient's name, doctor's diagnosis and also the infected region which to be treated. The ROI of infected region is detected through a combination of region growing and contour detection algorithm. The technique can retrieve all the embedded information exactly same even from several attacked image. A number of image quality matrices are also used to explain the strength and successfulness of the proposed Crypto-Watermarking technique both visually and statistically.
机译:本文提出了一种新的生物医学水印技术方法,其将频域水印与密码学相结合。所提出的方法可以通过离散余弦变换水印和RSA密码算法在封面图像中嵌入EPR。在这里,EPR包括患者的名称,医生的诊断以及被治疗的受感染的区域。通过区域生长和轮廓检测算法的组合来检测感染区域的ROI。该技术可以从几个攻击的图像中与所有嵌入信息完全相同。许多图像质量矩阵也用于在视觉上和统计上解释所提出的加密水印技术的强度和成功。

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