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首页> 外文期刊>IEEE Transactions on Pattern Analysis and Machine Intelligence >A viewpoint planning strategy for determining true angles on polyhedral objects by camera alignment
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A viewpoint planning strategy for determining true angles on polyhedral objects by camera alignment

机译:通过相机对准确定多面体上的真实角度的视点规划策略

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摘要

The paper presents a viewpoint planning strategy which automatically guides a movable camera from an arbitrary position to a position where the optical axis is perpendicular to a plane spanned by any two intersecting edges on a polyhedral object, i.e., a junction. In related work it is common to use the changing length of edge segments to control such alignment, but we demonstrate the use of the apparent angle between the edge segments of the junction. Based on the control on the apparent angle we achieve robustness as well as independence of distance to the object and focal length. The strategy is able to determine the true angle of a junction with an accuracy of approximately 1/spl deg/, and align with an accuracy of approximately 6/spl deg/.
机译:本文提出了一种视点规划策略,该策略可自动将可移动相机从任意位置引导到光轴垂直于多面体对象(即交汇点)上任何两个相交边缘所跨越的平面的位置。在相关的工作中,通常使用变化的边线段长度来控制这种对齐方式,但是我们演示了在结的边线段之间使用表观角度。基于视在角度的控制,我们实现了鲁棒性以及到物体的距离和焦距的独立性。该策略能够以大约1 / spl deg /的精度确定结点的真实角度,并以大约6 / spl deg /的精度对齐。

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