计算全息 meaning in English
computer-generated hologram
Examples
- Shift pattern correlation is also analyzed . an optical setup implementation of anamorphic fc is suggested . in order to simplify it , we propose to use computer - generated holography ( cgh ) to implement anamorphic fc
论文提出了实现变形分数相关的光学装置，由于其结构复杂，提出并采用计算全息方法实现了变形分数相关，可大为简化光学实现装置。 - This paper is trying to combine computer - generated hologram and digital holography together , to give the stimulated algorithm of the fresnel diffraction and through computational stimulation generate the hologram , which will reconstruct the original image , and ultimately , realize the numerical reconstruction of the hologram
本文尝试将计算全息与数字全息相结合，研究光线的菲涅耳衍射传播的模拟算法，用计算机模拟生成全息图，并由所生成的全息图再现出原始图像，实现全息图的数字重现。 - By combining the advanced computer technology and optical holography technology together , computer - generated hologram can generate holograms , which , with no demand for objects , can be reconstructed through optical ways after the computer has processed the mathematical description of object waves
计算全息是将先进的计算机技术和光全息术结合起来，利用计算机产生全息图。它不需要物体实际存在，而是把物波的数学描述输入计算机处理后，绘制出全息图，然后用光学方法重现。 - First , by using coordinate rotation , we have discussed the computer - generated hologram composed by planar object whose plane does n ' t run parallel with that of its hologram . second , through coordinate transform , the computer - generated hologram of curvy planar object has been discussed again , in which , conformal map in computer graphics has been creatively applied , and generated the computer - generated hologram of simple curvy plane ( e . g . spherical surface ) ; also , in this section , the correctness of transformation has been confirmed by numerical reconstruction
首先利用坐标旋转讨论不平行于全息面的平面所构成的物体的计算全息图：接着采用坐标变换讨论曲面物体的计算全息图，创造性地将计算机图形学中的共形对应原理运用到计算全息中，生成了简单曲面(如球面)物体的计算全息图，并用数字重现验证了变换的正确性，为今后复杂三维物体的计算全息图的研究奠定基础。