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PHOTOGRAMMETRY REQUIREMENTS FOR DIGITAL CAMERA CALIBRATION APPLYING TCC AND MATLAB SOFTWARE

机译:应用TCC和MATLAB软件进行数码相机校准的摄影测量要求

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摘要

The result of photogrammetry is a digital object or terrain images on the plane or in three-dimensional space. Precise data on the object is photocopied by a professional digital camera equipped with the calibrated system of optical lens (evaluation of distortion parameters for optical lens). Camera calibration is performed in a laboratory or employing special calibration software and using special field testing. However, Lithuania doesn't own similar laboratories. Therefore, an important point is obtaining proper software for the verification of these works. European countries have been using plenty of various software and different test field calibration (plate), including two-dimensional, three-dimensional, etc. Therefore, choosing the simplest, cheapest and most acceptable method of camera calibration is essential. Research was made applying the Canon EOS-1D Mark II (resolution - 21 million points, with the focal length of the lens reaching 21 mm). The optical system was calibrated using Tcc (Germany) and MatLab software. The calibration processes were done taking a different test field of camera calibration. The article analyzes calibration results and offers suggestions on camera calibration.
机译:摄影测量的结果是在平面上或三维空间中的数字对象或地形图像。配备有光学镜片校准系统的专业数码相机可以对物体的精确数据进行影印(评估光学镜片的畸变参数)。相机校准可以在实验室中执行,也可以使用特殊的校准软件并通过特殊的现场测试进行。但是,立陶宛没有类似的实验室。因此,重要的是要获得用于验证这些作品的适当软件。欧洲国家一直在使用各种软件和不同的测试场校准(标牌),包括二维,三维等。因此,选择最简单,最便宜和最可接受的相机校准方法至关重要。使用佳能EOS-1D Mark II(分辨率-2100万点,镜头焦距达到21 mm)进行了研究。使用Tcc(德国)和MatLab软件对光学系统进行了校准。校准过程是在不同的相机校准测试领域进行的。本文分析了校准结果,并提供了有关相机校准的建议。

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