基于线的全景相机标定的比较研究

F. Huang, Shou-Kang Wei, R. Klette
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引用次数: 13

摘要

基于线的全景相机的标定可分为两个独立的子任务:一是标定有效焦距和主行,二是标定离轴距离和主角度。本文给出了三种不同方法的解决方案,并通过超高分辨率线全景相机的实验对三种方法进行了比较。事实证明,与基于点或基于对应的校准方法相比,如果使用基于直线段的方法,则第二个子任务的解决效果最好,这些方法都已用于传统(平面)针孔相机,但尚未讨论全景相机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative Studies of Line-based Panoramic Camera Calibration
The calibration of a line-based panoramic camera can be split into two independent subtasks: first calibrate the effective focal length and the principal row, and second, calibrate the off-axis distance and the principal angle. The paper provides solutions for three different methods, and compares these methods based on experiments using a superhigh resolution line-based panoramic camera. It turns out that the second subtask is solved best if a straight-segment based approach is used, compared to point-based or correspondence-based calibration methods, all already known for traditional (planar) pinhole cameras, but not yet previously discussed for panoramic cameras.
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