三维物体主菲涅尔波带全息成像法

无盐 · 发表于 2015-7-11 00:48:36

三维物体主菲涅尔波带全息成像法
“Host”Fresnel wave zone holographic imaging method based on three-dimensional objects
下载全文

三维物体主菲涅尔波带全息成像法.pdf (5.84 MB, 下载次数: 0)
作　　者：杨涛周皓季冬顾济华
YANG Tao, ZHOU Hao, JI Dong, GU Ji-hua（Department of Physics Science and Technology,Soochow University,Suzhou 215006,China）
机构地区：苏州大学物理科学与技术学院,江苏苏州215006
出　　处：《现代电子技术》 2014年第37卷第20期 112-115页,119页,共5页
Modern Electronic Technique
摘　　要：为了提高三维物体计算全息图的生成速度，在主菲涅尔波带法的基础上提出了一种改进算法。首先依据衍射距离将二维主菲涅尔波带转换为两组一维波带；然后依据实际应用情况与显示装置进行尺寸匹配；最后将得到的波带叠加获得三维物体全息图。该算法与改进前相比，内存空间的占用较小，运算速度得到显著提高，生成的全息图经由DMD再现获得高质量的三维物体再现图像。
In order to improve the generating speed to the three-dimensional object’s calculation hologram,an improved al-gorithm based on the“host”Fresnel wave zone method is proposed. The two-dimensional“host”Fresnel wave zone is converted to two one-dimensional wave zones according to the diffraction distance,and then the desired Fresnel wave zones are matched with the size of the display device according to the actual application. Finally,the obtained Fresnel wave zones are superim-posed to achieve three-dimensional object’s hologram. Compared to the previous algorithm,the improved algorithm occupies less memory space,its computing speed has been significantly improved and a high quality reconstructed image generated by the DMD can be obtained.
关键词：计算全息主菲涅尔波带光电再现
DMD ;CGH ;“host”Fresnel wave zone ;photoelectric reconstruction ;DMD ;

[技术] 三维物体主菲涅尔波带全息成像法

本帖被以下淘专辑推荐:

发表回复

浏览过的版块


热搜: 防雾膜棒料红外反射膜光电二极管镀膜机反射膜光谱仪光电探头真空镀银滤光片光器件应用光学 zemax激光远心镜头 sio2 增透膜离子源栅网 zemax 论文高反膜半反半透膜