一个多视图反射的三维显示器

J. Chuang, Kerwin Wang
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引用次数: 0

摘要

本研究提出了一种利用自组装技术制备多视点反射屏的新型立体显示器。屏幕由一个简单的立方金属微球阵列组成。每个微球都与69个独立投影的图像像素对齐。这个过程被称为像素映射。像素映射过程的目的是将图像像素分配到其在反射微球上的位置。由于反射面为球形,可以将入射光反射到预定的方向。这可以减少传统三维立体显示图像中的透视现象。测试结果表明,该自组织金属微球阵列在精心排列和投影的像素和帧下工作良好。这种新颖的设计成功地展示了不同视角下不同体积的3D图像。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A multi-view reflective three-dimensional display
This research presents a novel volumetric 3D display which takes advantages on the self-assembly technology to prepare a multi-view reflective screen. The screen consists of a simple cubic metallic microsphere array. Each microsphere is well aligned to 69 independently-projected-image-pixels. This process is called pixel-mapping. The purpose of pixel-mapping process is to assign a image pixel to its own position on the reflective microsphere. It can reflect the incident lights to a predetermined orientation because of the spherical reflective surface. That can reduce the perspective phenomenon in traditional volumetric 3D display images. The testing results prove that the self-organized metallic microsphere array works well corresponded to carefully aligned and projected pixels and frames. The novel design successfully exhibit different volumetric 3D images from different viewing angles.
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