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Technology of Combining Multiple Integral 3D Images

机译:组合多积分3D图像的技术

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摘要

In this work, we proposed a method of increasing pixel counts by using multiple direct-view displays to synthesize integral 3D images. In contrast to conventional MI-COS, the MICOS we propose is simple and requires no diffuser plates. In addition to enabling high-quality screen synthesis with outstanding resolution properties, our approach also enables a reduction in the depth of the overall device.We also proposed a technique for expanding effective viewing angles for integral 3D images by applying eccentricity to the MICOS. Finally, we constructed a prototype system involving high-pixel-density OLED panels with 8K resolution and demonstrated integral 3D imaging with an increased pixel count via screen synthesis.The method proposed in this paper, which enables increased pixel counts with high-quality images using a compact system assembly, has potential for applications in broadcasting, industry, and other fields as an elemental technology for future 3D display.
机译:在这项工作中,我们提出了一种通过使用多个直视显示来综合积分3D图像来增加像素计数的方法。与传统的MI-COR相比,我们提出的MICOS是简单的并且不需要漫射板。除了实现具有出色分辨率性能的高质量屏幕合成外,我们的方法还可以降低整个设备的深度。我们还提出了一种通过向MICOS应用偏心率来扩展积分3D图像的有效观察角度的技术。最后,我们构造了一种原型系统,涉及具有8K分辨率的高像素密度OLED面板,并通过屏幕合成通过增加的像素计数来显示整体的3D成像。本文提出的方法,它能够使用紧凑型系统组件与高质量图像增加像素计数,这具有广播,行业和其他领域的应用,作为未来3D显示的元素技术。

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