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Research on calibration technology of vehicle laser scanning system

机译:车载激光扫描系统标定技术研究

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With the development and maturation of GPS technology, inertial navigation technology, CCD imaging and laser scanning technology, vehicle movement measurement technology has become a trend of urban spatial information acquisition. In the process of the vehicle to improve the measuring precision, the calibration field layout processing is particularly important. This paper takes Daxing Campus of Beijing University of Architecture calibration field as an example. According to the established calibration mathematical model, use control point calibration method. The error equation is established and the algorithm is realized by programming. The attention of control field layout fully described, and the acquired data is processed. At the end of the 3D laser scanning system of vehicle after calibration is making accuracy analysis.
机译:随着GPS技术,惯性导航技术,CCD成像和激光扫描技术的发展和成熟,车辆运动测量技术已成为城市空间信息获取的趋势。在车辆提高测量精度的过程中,校准场布局处理尤为重要。本文以北京建筑大学大兴校区标定场为例。根据建立的校准数学模型,使用控制点校准方法。建立误差方程,并通过编程实现算法。充分描述了控制字段布局的注意事项,并对获取的数据进行了处理。校准后在车辆的3D激光扫描系统的末端进行准确性分析。

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