Author(s):

Zhang, Yaping; Fan, Houxin; Wang, Fan; Gu, Xianfeng; Qian, Xiaofan & Poon, Ting-Chung

Abstract:

“In this review paper, we first provide comprehensive tutorials on two classical methods of polygon-based computer-

generated holography: the traditional method (also called the fast-Fourier-transform-based method) and the

analytical method. Indeed, other modern polygon-based methods build on the idea of the two methods. We will

then present some selective methods with recent developments and progress and compare their computational

reconstructions in terms of calculation speed and image quality, among other things. Finally, we discuss and pro-

pose a fast analytical method called the fast 3D affine transformation method, and based on the method, we present

a numerical reconstruction of a computer-generated hologram (CGH) of a 3D surface consisting of 49,272 pro-

cessed polygons of the face of a real person without the use of graphic processing units; to the best of our knowledge,

this represents a state-of-the-art numerical result in polygon-based computed-generated holography. Finally, we

also show optical reconstructions of such a CGH and another CGH of the Stanford bunny of 59,996 polygons with

31,724 processed polygons after back-face culling. We hope that this paper will bring out some of the essence of

polygon-based computer-generated holography and provide some insights for future research.”

Link to Publications Page

Publication: Applied Optics
Issue/Year: Applied Optics, Volume 61; Number 5; Pages B363; 2022
DOI: 10.1364/ao.444973