Composition and calibration of a custom made omnidirectional camera

Gabor Katai-Urban, Ferenc Koszna, Z. Megyesi
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Abstract

Conventional perspective cameras have been used before to create 3D camera systems. However, these systems are hindered by the field of view of the cameras, which limit the angle of the scene that can be reconstructed. Augmenting these systems to larger reconstructed scene angle requires more cameras or increasing the field of view of the cameras. A 3D camera system is introduced which utilizes omnidirectional cameras. These cameras are capable of capturing the scene in 360 degrees, and only a limited number of cameras are required to reconstruct the entire surrounding. In this article the design, construction and calibration of omnidirectional cameras are discussed. The used camera model is presented which allows us to use an omnidirectional camera as a perspective camera, and the distortion model that is suitable for correcting precision problems of the assembly process.
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一个定制的全向相机的组成和校准
传统的透视相机之前已经被用于创建3D相机系统。然而,这些系统受到摄像机视场的阻碍,这限制了可以重建的场景的角度。将这些系统扩展到更大的重建场景角度需要更多的相机或增加相机的视野。介绍了一种利用全向摄像头的三维摄像系统。这些相机能够360度捕捉场景,只需要有限数量的相机就可以重建整个周围环境。本文讨论了全向相机的设计、构造和标定。给出了将全向摄像机作为透视摄像机的使用摄像机模型,以及适用于修正装配过程中精度问题的畸变模型。
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