Penetra3D: A penetrable, interactive, 360-degree viewable display

Praneeth Kumar, P. Maes
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引用次数: 2

Abstract

Until today, though interaction modalities with a computer have seen changes, the very way of accessing the digital information has not changed. To access, all the digital information is left behind a screen. The work of ours, in this paper, looks into the possibility of whether this digital information can be brought out of the screen and be interacted with, as if with a real object. In this paper we present a novel, 360-degree viewable 3D display which not only enables the user to visualize 3D content, but also facilitates 3D interactions and other interesting possibilities for more advanced applications. Two such applications, navigation through maps and application in the field of medicine are also presented in the paper. The display system is an `immaterial' fog display which exploits the property of directional scattering of light by fog. Using multiple projectors, different perspectives of a 3D scene/object can be projected and viewed on the screen, making it an auto stereoscopic 3D display. The depth sensor in combination with the display enables 2D and 3D interactions by the users, with the objects on the screen that appear floating in air.
Penetra3D:一种可穿透的、交互式的、360度可见的显示器
直到今天,虽然与计算机的交互方式已经发生了变化,但获取数字信息的方式并没有改变。为了访问,所有的数字信息都被留在屏幕后面。我们的工作,在这篇论文中,研究了这种数字信息是否可以从屏幕中被带出来,并与之互动的可能性,就像与一个真实的物体一样。在本文中,我们提出了一种新颖的360度可见3D显示器,它不仅使用户能够可视化3D内容,而且还促进了3D交互和其他更高级应用的有趣可能性。本文还介绍了两个这样的应用,即通过地图导航和在医学领域的应用。该显示系统是一种利用光在雾中的定向散射特性的“非物质”雾显示系统。使用多个投影仪,可以在屏幕上投影和查看3D场景/对象的不同视角,使其成为自动立体3D显示。深度传感器与显示器相结合,用户可以与屏幕上漂浮在空中的物体进行2D和3D交互。
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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