In computation of full-parallax computer-generated hologram (CGH), balance between
speed and memory usage is always the core of algorithm development. To solve the speed …

In this paper, we briefly introduce the full-color 3D holographic display system developed in
Data Storage Institute. The bandwidth requirement of current system is analyzed to be about …

Computational holography becomes highly complicated and demanding when it is
employed to produce real three-dimensional (3D) images. Here we present a novel …

The current limitation in pixel count of a single spatial light modulator (SLM) is one of the
technological hurdles that must be overcome to produce a holographic 3-D display with a …

We have developed a full-color full-parallax digital 3D holographic display system by using
24 physically tiled SLMs, an optical scan tiling approach and two sets of RGB lasers, which …

A coherent backlight system featuring a compact form factor is proposed for flat-panel
holographic 3D display. The feasibility of the proposed system based on reflection hologram …

Holographic display is a true three-dimensional (3D) display technology presenting all depth
cues without using any special glasses. In this paper, we first introduce a monochrome …

Holographic display is capable of reconstructing the whole optical wave field of a three-
dimensional (3D) scene. It is the only one among all the 3D display techniques that can …

与传统光学全息相比, 计算全息图因具有极高灵活性, 制作简单并且能够记录实际不存在物体的
特点而被广泛应用. 越来越多的专家和学者致力于研究计算全息图. 在介绍计算全息基本理论后 …

提出了一种新的三维物体计算全息图的合成方法. 在三维傅里叶旋转抛物面获取频谱理论的基础
上, 利用圆形扫描获得少量投影, 采用多个半圆提取方式获取三维物体的频谱信息并采用共轭 …