校准kinect用于计算机视觉,简化和精确

M. Davoodianidaliki, M. Saadatseresht
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引用次数: 1

摘要

无论是主动式还是被动式视觉传感器,在计算机视觉中都扮演着重要的角色,而在视觉传感器中,校准是至关重要的。Kinect作为一种新开发的传感器,用于自然用户界面,正被应用于不同的领域,尤其是CV。除了其他传感器外,该集成系统还包含两个需要校准过程的主动和被动视觉传感器。在各种标定方法中,以数据融合为目的的基于图像的标定计算成本最低,且简单、精确。本文提出了两种不同的方法,即物理内部畸变模型和八参数配准方程。除了计算出的参数及其精度外,还介绍了可用于配准级的失真值表。最后对所选择的方法进行评价,对处理后的数据进行简单的配准,并对结果进行了讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calibrate kinect to use in computer vision, simplified and precise
Visual sensors, active or passive, play an important role in computer vision and in visual sensors, calibration is of utmost importance. Kinect as a new developed sensor for use as a Natural User Interface is being utilized in different fields especially CV. This integrated system beside other sensors, contains two visual sensors of active and passive that demands a process of calibration. Among different methods of calibration, image-based calibration for data-fusion purposes, has lowest computational cost and can be quite simple and precise. In this study, 2 different methods, consisting of a physical interior distortion model and an eight parameters registration equation have been proposed. Besides computed parameters and their precision, a table of distortion values is introduced that can be used in registration level. Finally to evaluate chosen proposed method, a simple registration of processed data is utilized and results are discussed.
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