1) image scrambling network
图像置乱网络
2) image scrambling
图像置乱
1.
Digital halftone based on image scrambling technology;
基于图像置乱技术的数字半调
2.
Measurement of modern image scrambling degree;
现代图像置乱程度衡量方法综述
3.
An evaluation method of image scrambling degree based on correlation;
基于相关性的图像置乱程度衡量方法
3) digital image scrambling
图像置乱
1.
With the security problem of image information as the background,based on the method of determinant com-puting,a new class construction method for digital image scrambling encryption is presented.
以图像信息安全问题为背景,根据行列式计算的思想,提出了一类新的数字图像置乱加密算法的构造方法,具体构造了两个置乱加密算法,计算出了它们周期,并对图像置乱以后在伪装图像(Stego-image)中的隐藏效果和伪装图像(Stego-image)抗压缩和篡改的免疫性进行了实验分析,表明该类算法中存在一些算法用于图像置乱加密是有应用价值的。
2.
The technology of digital image scrambling is a supplemen.
图像置乱是图像信息隐藏技术的一种有效补充,图像置乱来源于传统的加密技术,它使置乱后的图像看起来不可辨认,从而达到保护信息的目的。
4) image scramble
图像置乱
1.
Moreover,the inverse transformation can be an image scramble transformation and its anti-scramble transformation is Arnold transformation.
该反变换也可作为图像置乱的正变换,相应的反变换就是Arnold变换。
2.
There are many applications using Arnold transformation in digital image watermark and digital image scramble technology,but because of the long periodicity of traditional anti-Arnold transformation,and large time and memory consumption of computation,the further development is limited.
数字图像置乱及数字图像水印技术中广泛应用了Arnold变换,传统的Arnold反变换迭代周期性长,运算耗费大量的时间和内存,限制了它的发展。
3.
In this paper, a definition of image scramble degree is given to form an objective measure, and then anti-Arnold transformation arithmetic is presented with mathematical proof.
本文首先给出了一个图像置乱度的定义,然后提出了一种Arnold反变换算法,并进行了数学推导。
6) permutation network
置乱网络
1.
In this paper,a picture permutation network on chaos is brought forward using the ergodic and good relativity of Logistic-Map chaos sequence,and the time complexity and permutation character of permutation network are analyzed.
该文利用Logistic映射生成的混沌序列具有遍历性和良好的相关性等特点,提出了一种混沌图像置乱网络,并对置乱网络的遍历时间复杂度及其置乱性质进行了分析。
补充资料：高光谱分辨率遥感图像及图像光谱信息提取
高光谱分辨率遥感图像及图像光谱信息提取
高光谱分辨率遥感图像及图像光谱信息提取 郑兰芬供稿
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条