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Variable resolution depth imaging by using elliptical mirrors

机译:使用椭圆镜的可变分辨率深度成像

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We describe a novel optical sensor to acquire two-dimensional depth maps of a viewed scene, based on the well established principle of triangulation. The principal contribution of the research Lies in the design, which employs planar elliptical mirrors to allow sensor reconfiguration. This enables continuous variation of the triangulation geometry, so that depth maps can be acquired either at a low-depth resolution but with minimal occlusion or at a high-depth resolution but with higher occlusion, depending on the object geometry. The predicted precision of the system is modeled, and the avoidance of occlusion is demonstrated. (C) 1997 Optical Society of America.
机译:我们描述了一种新型的光学传感器,可基于已建立的三角测量原理来获取观看场景的二维深度图。该研究的主要贡献在于设计,该设计采用平面椭圆镜来重新配置传感器。这可以实现三角剖分几何形状的连续变化,从而可以根据对象的几何形状以低深度分辨率但遮挡最少的方式获取深度图,也可以以较高深度分辨率但遮挡较高的方式获取深度图,具体取决于对象的几何形状。对系统的预测精度进行了建模,并证明了避免闭塞。 (C)1997年美国眼镜学会。

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