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Laser point cloud road 3D target detection based on deep learning

机译:基于深度学习的激光点云路3D目标检测

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In order to solve the problem that the two-dimensional image road target detection cannot provide spatial coordinate information, it is proposed to use lidar to scan the target to achieve the effect of road target detection. The ground point cloud is filtered by multi-plane ground point fitting on the original data. In this paper, we use a density-based three-dimensional clustering method to obtain a target candidate set, and use the deep learning method to identify the candidate set, and finally obtain the detection result. The detection method in this paper uses a combination of three-dimensional clustering and deep learning to overcome the shortcomings of difficult to judge categories in point cloud detection, and realizes a 3D target detection method based on lidar in road scenes.
机译:为了解决二维图像道路目标检测不能提供空间坐标信息的问题,建议使用LIDAR扫描目标以实现道路目标检测的效果。 接地云通过原始数据的多平面接地点拟合过滤。 在本文中,我们使用基于密度的三维聚类方法来获得目标候选集,并使用深度学习方法来识别候选集,最后获得检测结果。 本文中的检测方法采用三维聚类和深度学习的组合来克服难以判断点云检测中的类别的缺点,并实现了基于Loge场景中激光器的3D目标检测方法。

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