Oblique Aerial Images: Geometric Principles, Relationships and Definitions

S. Verykokou, C. Ioannidis
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Abstract

Aerial images captured with the camera optical axis deliberately inclined with respect to the vertical are defined as oblique aerial images. Throughout the evolution of aerial photography, oblique aerial images have held a prominent place since its inception. While vertical airborne images dominated in photogrammetric applications for over a century, the advancements in photogrammetry and computer vision algorithms, coupled with the growing accessibility of oblique images in the market, have propelled the rise of oblique images in recent times. Their emergence is attributed to inherent advantages they offer over vertical images. In this entry, basic definitions, geometric principles and relationships for oblique aerial images, necessary for understanding their underlying geometry, are presented.
倾斜航空图像:几何原理、关系和定义
相机光轴故意相对于垂直方向倾斜拍摄的航空图像被定义为倾斜航空图像。在航空摄影的整个发展过程中,倾斜航空图像自诞生以来一直占据着重要地位。一个多世纪以来,垂直航空影像在摄影测量应用中一直占据主导地位,但随着摄影测量和计算机视觉算法的进步,加上斜面影像在市场上越来越容易获得,推动了斜面影像在近代的兴起。与垂直影像相比,斜面影像具有与生俱来的优势,这也是斜面影像兴起的原因。在本条目中,将介绍斜面航空图像的基本定义、几何原理和关系,这是了解其基本几何原理所必需的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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