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A novel robust digital image watermarking using LPM and HVS

机译:使用LPM和HVS的新型鲁棒数字图像水印技术

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摘要

To resist on general attacks, such as compression, noising and geometric distortion attacks is a common requirement for digital image watermarking or data hiding techniques comparing with rotation, scaling and translation (RST) attacks which are considered to be more challenging. Based on invariant centroid and LPM which is also used to analyze the angle of rotation and ratio of scaling influence after attacks of watermarked image combining with chaotic system and a novel adaptive coefficient α , this paper presents a robust and invisible digital image watermarking technology. The experiment results show that this method has high invisibility and robust, especially withstand RST attacks.
机译:与一般认为更具挑战性的旋转,缩放和平移(RST)攻击相比,抵御一般攻击(例如压缩,噪声和几何失真攻击)是数字图像水印或数据隐藏技术的普遍要求。基于不变质心和LPM,结合混沌系统和新颖的自适应系数α,分析了水印图像攻击后的旋转角度和缩放比例影响,提出了一种鲁棒的,不可见的数字图像水印技术。实验结果表明,该方法具有较高的不可见性和鲁棒性,尤其能抵御RST攻击。

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