A 3-D Display Pipeline: Capture, Factorize, and Display the Light Field of a Real 3-D Scene
A 3-D Display Pipeline: Capture, Factorize, and Display the Light Field of a Real 3-D Scene
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3-D 显示管道：捕获、分解并显示真实 3-D 场景的光场
DOI：
10.3169/itej.74.117
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发表时间：
2020
期刊：
影响因子：
--
通讯作者：
T. Fujii
中科院分区：
文献类型：
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作者：
Yuto Kobayashi;Shu Kondo;Keita Takahashi;T. Fujii
受现代轻型fiELD显示器开创性工作的启发，我们开发了一种原型显示器，其中三个液晶显示(Lcd)面板堆叠在背光前面。层叠的LCD面板构成了一组半透明层，它调制了出射的光线。即使只使用三层，该显示器也可以同时在不同的观察方向上发射光fi，即许多多视点图像的密集集合。我们建立了一条从捕捉到显示真实3-D场景的灯光fi的过程流水线。我们使用给定的光fi视野数据分析了显示器可以呈现的突出量和运动视差量。我们使用了一台轻型field摄像机(Lytro Illum)和一台多视角摄像机(ViewPlus ProFUSIOIN25)来捕捉灯光field，然后将其分解成层表示进行显示。我们使用我们的原型展示了几个成功的结果。
Inspired by pioneering work on modern light field displays, we developed a prototype display in which three liquid crystal display (LCD) panels are stacked in front of a backlight. The stacked LCD panels constitute a set of semi-transparent layers, which modulate the out-going light rays. Even though only three layers are used, this display can emit a light field, i.e., a dense set of many multi-view images, in different viewing directions simultaneously. We established a process pipeline from capture to display of the light field of a real 3-D scene. We analyzed the amount of pop-out and motion parallax that can be presented by the display using a given light field data. We used a light field camera (Lytro Illum) and a multi-view camera (ViewPLUS ProFUSIOIN 25) to capture the light field, which was then factorized into layer representations to be displayed. We show several successful results using our prototype display.
DOI：
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发表时间：
2015
期刊：
--
影响因子：
--
作者：
Fu-Chung Huang;Kevin Chen;Gordon Wetzstein
通讯作者：
Fu-Chung Huang;Kevin Chen;Gordon Wetzstein
影响因子：
3.5
作者：
Takahashi, Keita;Naemura, Takeshi
通讯作者：
Naemura, Takeshi