首页> 外文会议>Proceedings of 2009 2nd IEEE international conference on broadband network amp; multimedia technology >AN EFFECTIVE 3D BLIND WATERMARKING ALGORITHM BASED ON LOCAL ROUGHNESS MEAUREMENT
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AN EFFECTIVE 3D BLIND WATERMARKING ALGORITHM BASED ON LOCAL ROUGHNESS MEAUREMENT

机译:基于局部粗糙度测量的有效3D盲水印算法

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摘要

For ensuring robustness and minimizing the distortion of a 3D mesh model, an effective 3D blind watermarking algorithm is proposed. The roughness of a 3D mesh model is iteratively computed by some constraints at first. The constraints consist of a mesh curvature measurement and the angle between adjacent surfaces designed to embed the watermark with the minimal visual quality degradation. The experiment results proved the efficiency of the proposed method.
机译:为了确保鲁棒性并最小化3D网格模型的失真,提出了一种有效的3D盲水印算法。首先,通过一些约束来迭代计算3D网格模型的粗糙度。约束条件包括网格曲率测量值和相邻表面之间的角度,这些角度旨在以最小的视觉质量下降来嵌入水印。实验结果证明了该方法的有效性。

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