Electronic holography generated from integral photography

R. Oi, K. Yamamoto, T. Mishina, T. Senoh, T. Kurita
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Abstract

In this paper, we describe an electronic holography for non-coherent lighting environment. We used and integral photography (IP) to obtain 3D information of the scene. This method demands neither laser beams nor a darkroom at the recording. Therefore living or moving objects may be captured onto a hologram. The converter hardware calculates fringe patterns according to the IP at 30 frames per second by using our former proposed conversion algorithm. In our experiment, 3840x2160 pixels of color holograms are generated in real-time.
由整体摄影产生的电子全息摄影
本文介绍了一种非相干照明环境下的电子全息技术。我们使用集成摄影(IP)来获取场景的三维信息。这种方法既不需要激光束,也不需要暗室。因此,活的或移动的物体可以被捕捉到全息图上。转换器硬件使用我们提出的转换算法,以每秒30帧的速度根据IP计算条纹图案。在我们的实验中,实时生成3840x2160像素的彩色全息图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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