Source Channel Coding Approach to Generate Tamper Proof Images

D. Nishma, S. Jeyavinotha, D. Nibin, N. V. Cibin
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Abstract

The privacy is a major concern in big data mining approach.Recent works in this field offer algorithms that not only localize the tampering, but also recover the original content in the lost area. The self-restoration problem can be modeled as a sourcechannel coding problem. The original image is compressed using an efficient source encoder. The output is then channel coded. At the receiver, decoder reveals the encoder output bit stream. The output of the source decoder is then used to replace the content of the tampered area. Watermarking the original images to protect them against tampering has recently attracted an overgrowing interest. The performance is significantly improved in terms of the quality of watermarked image, quality of the restored content, and tolerable tampering rate.
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生成防篡改图像的源信道编码方法
在大数据挖掘方法中,隐私是一个主要问题。该领域的最新研究提供了一种算法,既可以定位篡改,又可以恢复丢失区域的原始内容。自恢复问题可以建模为一个源信道编码问题。使用高效的源编码器压缩原始图像。然后对输出进行通道编码。在接收端,解码器显示编码器输出的比特流。然后使用源解码器的输出来替换被篡改区域的内容。对原始图像进行水印以防止其被篡改最近引起了越来越多的兴趣。在水印图像的质量、恢复内容的质量和可容忍篡改率方面,性能都有了明显的提高。
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