Real-time active multiview 3D reconstruction
Real-time active multiview 3D reconstruction
复制标题
实时主动多视图 3D 重建
DOI：
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发表时间：
2012
期刊：
影响因子：
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通讯作者：
T. Sikora
中科院分区：
文献类型：
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作者：
Kai Ide;T. Sikora
我们报告了一种基于相位测量三角测量的实时 3D 重建主动多视图系统。我们的系统克服了主动 3D 重建中最大的缺点之一，即相机或投影仪光源的阴影造成的遮挡。我们的系统由两台高速摄像机和两台投影仪组成，目前能够以 10 fps 捕获和渲染多达 520 万个 3D 顶点。四个附加彩色相机提供底层 3D 几何结构的纹理，从而使该系统适合在传统、立体或新颖的自动立体多视图显示器上进行实时视图合成。
We report on an active multi view system for realtime 3D reconstruction based on phase measuring triangulation. Our system overcomes one of the greatest drawbacks in active 3D reconstruction, namely occlusions due do shadowing of either the camera or the projector light source. Our system is comprised of two high speed cameras in conjunction with two projectors and is currently capable of capturing and rendering up to 5.2 million 3D vertices at 10 fps. Four additional color cameras provide for texturing the underlying 3D geometry, thus making the system suitable for real-time view synthesis on conventional, stereoscopic or novel autostereoscopic multiview displays.