DCT block location based data hiding

Omprakash Meena, Sathisha Basavaraju, A. Sur
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Abstract

In recent literature, it has been found that, the visual quality of the watermarked image is evaluated with respect to the human visual system. In this paper, the effect of perturbation in the different position in the quantized 8×8 DCT coefficient block is analyzed in order to find suitable image independent block positions for embedding data with respect to the total perceptual error between cover and watermarked image. The JPEG domain data hiding using quantization index modulation (QIM) [7] is used for embedding. A set of experiments have been carried out to justify the applicability of the proposed analysis.
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基于DCT块位置的数据隐藏
在最近的文献中,人们发现,水印图像的视觉质量是相对于人类视觉系统来评估的。本文分析了量化的8×8 DCT系数块中不同位置的扰动影响,以便根据覆盖与水印图像之间的总感知误差找到适合嵌入数据的图像独立块位置。采用量化索引调制(QIM)[7]的JPEG域数据隐藏技术进行嵌入。已经进行了一组实验来证明所提出的分析的适用性。
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