高保真3D视频的多活动摄像机分配

Sofiane Yous, N. Ukita, M. Kidode
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引用次数: 11

摘要

我们正在设计一个自动控制的有源摄像系统,用于拍摄移动物体(主要是人体)的3D视频。我们用长焦距镜头组成了我们的相机系统,以获得高分辨率的输入图像。然而,这种相机只能获得物体的部分视图。本文提出了一种多有源(泛倾斜)摄像机分配方案。目标是将每个摄像机分配到移动物体的特定部分,以便获得整个物体的最佳可见度。对于每个摄像机,我们评估对象的不同区域的可见性,对应于不同的摄像机方向和相对于摄像机的视场。之后,我们将每个摄像机分配到一个方向,以使整个物体的可见性最大化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multiple Active Camera Assignment for High Fidelity 3D Video
We are designing a self controlling active camera system for a 3D video of a moving object (mainly human body). We made up our system of cameras with long focal length lenses for high resolution input images. However, such cameras can get only partial views of the object. We present, in this paper, a multiple active (pan-tilt) camera assignment scheme. The goal is to assign each camera to a specific part of the moving object so as to allow the best visibility of the whole object. For each camera, we evaluate the visibility to the different regions of the object, corresponding to different camera orientations and with respect to the field of view of the camera in question. Thereafter, we assign each camera to one orientation in such a way to maximize the visibility to the whole object.
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