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Radon变换修正不变矩在零水印中的应用
引用本文:王武军,何冰.Radon变换修正不变矩在零水印中的应用[J].计算机与数字工程,2011,39(7):132-135.
作者姓名:王武军  何冰
作者单位:1. 西安航空技术高等专科学校实验实训中心 西安710077
2. 渭南师范学院物理与电气工程学院 渭南714000
基金项目:渭南师范学院科研计划项目
摘    要:提出一种使用修正后的Radon变换不变矩零水印算法.该算法的思想是先计算原始图像的Radon变换不变矩,利用其构建零水印系统;然后用参考图像和测试图像之间的相关系数来修正Radon变换不变矩,最后利用修正后的Ra-don变换不变矩来检测水印.文章的算法在满足Radon变换不变矩具有的所有性能外,能够有效抵抗常规的信号处...

关 键 词:零水印  信号处理  Radon变换修正不变矩

Zero Digital Watermarking Based on Revised Histogram Invariant Moments
Wang Wujun,He Bing.Zero Digital Watermarking Based on Revised Histogram Invariant Moments[J].Computer and Digital Engineering,2011,39(7):132-135.
Authors:Wang Wujun  He Bing
Affiliation:2) (Experimental Training Center,Xi’an Aerotechnical College1),Xi’an 710077)(Department of Physics and Electronic Engineering,Weinan Teachers University2),Weinan 714000)
Abstract:A zero digital watermarking image using revised Radon invariant moments is proposed. Firstly calculating Radon invariant moments of original image and using the Radon invariant moments of original image to construct zero water marking system. Then correcting the Radon invariant moments of test image by related coefficient of two images. Finally the detection of watermarking system is achieved by calculating the Radon revised invariant moments. The proposed method not only has the whole performance but also can resist to commonplace signal processing. Simulation experiments demonstrate the proposed method is better robust than traditional Radon invariant moments in noise attacking.
Keywords:zero digital watermarking  signal processing  Radon revised invariant moments
本文献已被 CNKI 维普 万方数据 等数据库收录!
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