1) Image sharing
图像分存
1.
The Research of Digital Watermarking Technology Based on Discrete Wavelet Transformation and Image Sharing;
基于离散小波变换和图像分存的数字水印技术研究
2.
Digital image sharing based on Bernstein polynomial
基于Bernstein多项式的数字图像分存
3.
Some problems, which may emerge from image sharing are discussed and solutions are offered.
研究基于密码学中中国剩余定理的图像分存方法 。
2) image share
图像分存
1.
An algorithm of multiple digital images hiding based on image share is proposed.
首先把秘密图像分存到任意的两个毫无关系的图像当中,然后在公开图像的奇数行(列)嵌入第一幅图像,在偶数行(列)嵌入第二幅图像。
2.
This paper proposed an algorithm of multiple digital images hiding based on image share.
在秘密图像分存的基础上,提出一种多幅图像进行信息隐藏的算法。
3) Share image
分存图像
4) digital image sharing
数字图像分存
1.
New digital image sharing measure.;
一种新的数字图像分存方法
2.
Hiding algorithm of digital image sharing based on LSB;
基于LSB的数字图像分存隐藏算法
3.
The technology of digital image sharing mainly studies how to decompose a secret image into several mean-ingless or disordered images or camouflage it into several significant and meaningful images to store or transfer in order to enhance the security of the image information.
数字图像分存技术主要研究如何把一幅秘密的数字图像分解成几幅无意义或者杂乱无章的图像或者伪装到几幅有意义的图像中进行存储或传输,以便增加图像信息的安全性能。
5) image storage
图像存储
1.
An image storage experiment of a binary image was p.
8nm激光为写入光,在非同时读出条件下,实验研究了e偏振光写入Cr:KNSBN晶体两波耦合过程中信号光和泵浦光的透射光强随时间的变化,以及单束泵浦光的透射光强随时间的变化,实验结果表明,泵浦光损失的能量几乎全部转移到了信号光方向,基本不存在散射光;并以二值化图像作为物在晶体内进行了图像存储实验,其再现图像清晰,信噪比高,没有观察到扇形光的影响。
2.
The possibility of image storage and parallel incoherent image subtraction was experimentally demonstrated, using electtontrapping film whose thickness is approximately 200 μm.
利用～２００μｍ厚的电子俘获薄膜在实验上证明了图像存储和图像减法的可能性。
3.
The beam fanning in Ce:KNSBN crystal versus the incident light parameter was studied by a synchronous data recording system, and two waves coupling and image storage in Ce:KNSBN crystal were investigated with the 532nm or 632.
8nm激光为光源,采用非同时读出条件下的两波耦合实验装置,利用实时数据采集系统,记录了Ce:KNSBN晶体中光扇效应随写入光参量的变化情况,研究了泵浦光调制下的晶体两波耦合及图像存储。
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