1) fractal quasi hologram
分形准全息图像
1.
A new kind of fractal quasi hologram is introduced.
提出了一种新型分形准全息图像，并采用基于多尺度Ｈｕｒｓｔ参数的自相似图像模型及模拟方法、基于分形超纹理模型的自然景物模拟方法和基于超复数系的分形迭代方法来生成分形数字准全息图
2) holographic image
全息图像
1.
lectroforming process for reproduction of holographic images and trouble - shooting are described.
介绍激光全息图像生产的电铸工艺过程、故障和补救措施。
3) image plane hologram
像面全息图
1.
The off-axis image plane hologram of micro-object is recorded with a CCD,and the magnified image can be obtained by twice fast Fourier transform and digital filter processing of frequency spectrum.
微观物体的离轴像面全息图直接记录在CCD上,经过2次快速傅立叶变换和数字频谱滤波,得到了显微物体放大的再现实像,并进行了详细的理论分析和实验研究,提供了以分辨率板为实验样品的实验结果。
4) pixel hologram
像元全息图
1.
Experimental study on making stereoscopic digital pixel hologram was presented based on principle of images′ encoding and synthesizing.
基于多幅图像编码合成的原理,对体视数字像元全息图的制作进行了实验研究。
2.
The theory of making stereoscopic digital pixel hologram by digital pixelholography and a method of synthesizing stereoscopic digital pixel hologram with images’gray scales and displacements encoding are presented in this paper.
本文介绍利用数字像元全息图技术制作体视数字像元全息图的原理及一种通过对多幅图像灰阶和位移的编码合成体视数字像元全息图的方法。
5) pictorial holography
图像全息术
6) Fractal image
分形图像
1.
Estimation of box dimension for fractal image based on escape time algorithm;
基于逃逸法的分形图像盒的维数计算
2.
The purpose of studying in the generative principle of fractal image is to propose a XML format of fractal image to build the fractal image database of grid services,it takes less storage space for grid servers and needs less network bandwidth and improves greatly the performance of fractal image grid service,also can redraw fractal image flexibly on clients.
对分形图像的生成原理进行分析研究,提出了用XML作为分形图像的表示格式来构建网格服务的分形图像库,极大地减少了对存储空间的需求,节约了网络传输带宽,提高了分形图像网格服务的效率,并可在客户端灵活地生成分形图像。
3.
A nonlinear fractal image compression model that were put forward by Hong Yan etc pioneers a new field of nonlinear fractal image compression method.
HongYan等提出的非线性分形图像压缩模型开辟了分形图像压缩的新领域,部分解决了经典分形图像压缩编码字典较小的缺点,但是,模型比较复杂。
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