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Large-Scale 3D Roadside Modelling with Road Geometry Analysis: Digital Roads New Zealand

机译:大型3D路旁造型与道路几何分析:新西兰数字道路

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Latest developments in camera technology and computer vision, as well as in computer and communication technologies, contribute to improving safety on roads by the development of new key technologies, such as autonomous driving or driver-assistance systems. These new technologies need to be tested extensively and purposefully, and supported by environment or infrastructure models or integrated sensors. The paper reports about a project "Digital Roads New Zealand". Novel sensor technologies, including stereo vision and odometry, have been used for recording, modelling and analysing a large test site. It is demonstrated how those data can be used for detecting changes in road geometry, such as various forms of road surface distress. An important novelty of the shown solution is the scale of the project (i.e. size of the digitised area using car-mounted sensors) together with the achieved very high accuracy in road-geometry analysis.
机译:相机技术和计算机愿景以及计算机和通信技术的最新进展有助于通过开发新的关键技术,例如自动驾驶或驾驶员援助系统,从而提高道路的安全性。这些新技术需要广泛,有目的地进行测试,并由环境或基础设施模型或集成传感器支持。论文报告了项目“数字道路新西兰”。新型传感器技术(包括立体声视觉和径管)已被用于录制,建模和分析大型测试场所。结果证明了这些数据如何用于检测道路几何形状的变化,例如各种形式的道路表面遇险。所示解决方案的一个重要新颖性是项目的规模(即数字化区域的尺寸使用车载传感器)以及在道路几何分析中实现的非常高的精度。

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