Yatagai T
Appl Opt. 1976 Nov 1;15(11):2722-9. doi: 10.1364/AO.15.002722.
A composite hologram to reconstruct a three-dimensional object is synthesized with a computer using the technique of holographic stereogram. In the first step of the method, a sequence of perspective projections of the three-dimensional object is calculated, and their Fourier transform holograms are also generated with a computer. These holograms are assembled into a final hologram in the second step. This method requires a computation time far less than the conventional method of producing a computer-generated hologram and makes it possible to reconstruct an image with a wide view angle. Some characteristics of the reconstructed image are described, and optimum parameters for the synthesis and reconstruction process are discussed. Finally, an experimental example is presented.
利用全息立体图技术,通过计算机合成用于重建三维物体的复合全息图。在该方法的第一步中,计算三维物体的一系列透视投影,并通过计算机生成其傅里叶变换全息图。在第二步中,将这些全息图组装成最终的全息图。该方法所需的计算时间远少于生成计算机生成全息图的传统方法,并使得以宽视角重建图像成为可能。描述了重建图像的一些特性,并讨论了合成和重建过程的最佳参数。最后给出了一个实验示例。