How much camera separation should be used for the capture and presentation of 3D stereoscopic imagery on binocular HMDs?

机译：在双目HMD上捕获和呈现3D立体图像时，应使用多少相机间距？

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Designers, researchers, and users of binocular stereoscopic head- or helmet-mounted displays (HMDs) face the tricky issue of what imagery to present in their particular displays, and how to do so effectively. Stereoscopic imagery must often be created in-house with a 3D graphics program or from within a 3D virtual environment, or stereoscopic photos/videos must be carefully captured, perhaps for relaying to an operator in a teleoperative system. In such situations, the question arises as to what camera separation (real or virtual) is appropriate or desirable for end-users and operators. We review some of the relevant literature regarding the question of stereo pair camera separation using deskmounted or larger scale stereoscopic displays, and employ our findings to potential HMD applications, including command & control, teleoperation, information and scientific visualization, and entertainment

机译：双目立体头戴式或头盔式显示器（HMD）的设计人员，研究人员和用户都面临着棘手的问题，即在其特定显示器中呈现什么样的图像以及如何有效地做到这一点。立体图像通常必须使用3D图形程序在内部或在3D虚拟环境中创建，或者必须仔细捕获立体照片/视频，也许是为了中继给远程操作系统中的操作员。在这样的情况下，对于最终用户和操作员而言，哪种摄像机分离（真实或虚拟）分离是合适的或令人期望的问题就产生了。我们回顾了一些有关使用台式或更大尺寸立体显示器的立体声对照相机分离问题的相关文献，并将我们的发现应用于潜在的HMD应用，包括命令与控制，远程操作，信息和科学可视化以及娱乐

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《Head- and helmet-mounted displays XVI: design and applications》|2011年|p.1-9|共9页
会议地点 Orlando FL(US)
作者
John McIntire; Eric Geiselman; Eric Heft; Paul Havig;
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Air Force Research Lab. (USA);

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原文格式 PDF
正文语种 eng
中图分类飞机显示设备;
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专利

1. 3D scene capturing using stereoscopic cameras and a time-of-flight camera [J] . Cheon Lee, Hyok Song, Byeongho Choi, Consumer Electronics, IEEE Transactions on . 2011,第3期

机译：使用立体相机和飞行时间相机进行3D场景捕捉
2. Perceived quality measurement of stereoscopic 3D images based on sparse representation and binocular combination [J] . Zhou Wujie, Zhou Yang, Qiu Weiwei, Digital Signal Processing . 2019,第期

机译：基于稀疏表示和双目组合的立体3D图像的质量测量
3. Capturing Complex 3D Human Motions with Kernelized Low-Rank Representation from Monocular RGB Camera [J] . Xuan Wang, Fei Wang, Yanan Chen Sensors . 2017,第9期

机译：使用单眼RGB相机的核化低秩表示捕获复杂的3D人体运动
4. How much camera separation should be used for the capture and presentation of 3D stereoscopic imagery on binocular HMDs? [C] . John McIntire Eric Geiselman Eric Heft and Paul Havig Conference on head- and helmet-mounted displays . 2011

机译：应使用多少相机分离用于双目康普拉姆的3D立体图像捕获和呈现？
5. Enhanced 3D capture for room-sized dynamic scenes with commodity depth cameras [D] . Dou, Mingsong 2015

机译：使用商品深度摄像头增强的3D捕捉功能，可用于房间大小的动态场景
6. Capturing Complex 3D Human Motions with Kernelized Low-Rank Representation from Monocular RGB Camera [O] . Xuan Wang, Fei Wang, Yanan Chen 2017

机译：用单眼RGB相机的核化低秩表示捕获复杂的3D人体运动
7. Figure 3: Third task setup: (A) Block reaching task. In each trial, the participant places their right hand to the side of the rightmost line and then moves until reaching the black block. Six precision motion capture cameras are attached one to each pillar. The user wears the Oculus Rift HMD and the Kinect is positioned in front of the table. Three task stages (B) as captured by the Oculus plus Kinect (C) and OptiTrack (D) systems. [O] . -1

机译：图3：第三任务设置：（a）块到达任务。在每次试验中，参与者将其右手放在最右边线的一侧，然后移动直到到达黑色块。六个精密运动捕获摄像机连接到每个支柱。用户佩戴Oculus Rift HMD，Kinect位于桌子前面。由Oculus Plus Kinect（C）和Optitrack（D）系统捕获的三个任务阶段（b）。
8. Binocular Spherical Disparity: A Study in Representation for a ForwardTranslating Camera [R] . Orser, D. J. 1992

机译：双目球差：前向翻译相机表示的研究

How much camera separation should be used for the capture and presentation of 3D stereoscopic imagery on binocular HMDs?

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