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Infrared Stereo Calibration for Unmanned Ground Vehicle Navigation

机译:无人机地面导航的红外立体校准

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The problem of calibrating two color cameras as a stereo pair has been heavily researched and many off-the-shelf software packages, such as Robot Operating System and OpenCV, include calibration routines that work in most cases. However, the problem of calibrating two infrared (IR) cameras for the purposes of sensor fusion and point could generation is relatively new and many challenges exist. We present a comparison of color camera and IR camera stereo calibration using data from an unmanned ground vehicle. There are two main challenges in IR stereo calibration; the calibration board (material, design, etc.) and the accuracy of calibration pattern detection. We present our analysis of these challenges along with our IR stereo calibration methodology. Finally, we present our results both visually and analytically with computed reprojection errors.
机译:关于将两个彩色摄像机校准为立体声对的问题已经进行了深入研究,许多现成的软件包(例如Robot Operating System和OpenCV)都包含在大多数情况下都可以使用的校准例程。然而,出于传感器融合和点可能产生的目的校准两个红外(IR)摄像机的问题相对较新,并且存在许多挑战。我们将使用无人地面车辆的数据对彩色摄像机和红外摄像机的立体校准进行比较。红外立体声校准存在两个主要挑战;校准板(材料,设计等)以及校准图案检测的准确性。我们将介绍这些挑战以及IR立体声校准方法的分析。最后,我们在视觉和分析上都显示了计算出的重投影误差的结果。

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