首页> 外文会议>Conference on Stereoscopic Displays and Applications; 20080128-30; San Jose,CA(US) >Flatbed-type omnidirectional three-dimensional display system using holographic lens array
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Flatbed-type omnidirectional three-dimensional display system using holographic lens array

机译:利用全息透镜阵列的平板式全向三维显示系统

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We propose an omnidirectional three-dimensional (3D) display system for multiple users as an improved version of our previous thin natural 3D display based on the ray reconstruction method. This is a tool for communication around a 3D image among a small number of people. It is a flatbed-type autostereoscopic 3D display system. It consists of some flat panel displays and some holographic lens array sheets. Its notable feature is the ability to display natural 3D images which are visible to multiple viewers at the same time. Moreover, 3D real images float over the proposed flatbed-type display. Thus, proposed display allows two or more people surrounding it to simultaneously observe floating 3D images from their own viewpoints. The prototype display consists of two DMD (digital micromirror device) projectors and two holographic lens array sheets. The number of the 3D pixels about one holographic lens array sheet is 48 × 96. Reconstructed 3D images are superimposed over the display. Therefore, this can display a floating 3D image which size is 108 mm × 80.8 mm × 80.8 mm. This paper describes a flatbed-type omnidirectional 3D display system, and also describes the experimental results.
机译:我们提出了一种针对多个用户的全向三维(3D)显示系统,作为基于射线重建方法的先前薄自然3D显示器的改进版本。这是用于在少数人之间围绕3D图像进行通信的工具。它是平板式自动立体3D显示系统。它由一些平板显示器和一些全息透镜阵列板组成。它的显着特征是能够显示自然的3D图像,这些图像可以同时显示给多个观看者。此外,3D真实图像漂浮在建议的平板型显示器上。因此,建议的显示允许两个或更多的人围绕它同时从他们自己的角度观察浮动的3D图像。原型显示器由两台DMD(数字微镜设备)投影仪和两张全息透镜阵列板组成。一张全息透镜阵列片的3D像素数为48×96。重建的3D图像叠加在显示器上。因此,这可以显示大小为108 mm×80.8 mm×80.8 mm的浮动3D图像。本文介绍了一种平板式全向3D显示系统,并介绍了实验结果。

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