基于二维图像分割与立体视觉融合的障碍物检测技术
首发时间:2019-01-14
摘要:基于视觉传感器的障碍物检测与定位现已有过很多研究,但是都存在着各种不足。首先基于TOF相机传感器的检测算法由于受到光照和障碍物表面反射物材料的影响会导致深度数据检测误差较大。基于单目视觉传感器的障碍物检测算法无法检测出障碍物的三维数据。而基于双目立体视觉的三维点云分割算法只能对障碍物做简单的分割,由于立体匹配算法的局限性造成目标物体边缘区域出现大量的误匹配点,从而导致物体三维数据检测精度不高。针对这一问题,论文里提出了一种基于二维图像分割与三维点云数据相结合的障碍物检测与定位算法。在通过立体匹配算法得出三维点云,从而获取物体的三维信息的基础上,引入物体的边缘信息,获得了更为精确的物体三维信息。实验结果表明,所提出的算法比单独的通过立体匹配算法所获取物体的三维信息的准确率要提高很多
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Obstacle detection technology based on 2D image segmentation and stereo vision fusion
Abstract:Obstacle detection based on vision sensors and location has been had many research, but there are various deficiencies.First detection algorithm based on TOF camera sensor surface reflector materials due to light and obstacles will lead to the influence of the depth data detection error is bigger.Obstacle detection algorithm based on monocular vision sensor can\'t detect the obstacles of 3 d data.And based on 3 d point cloud segmentation algorithm of binocular stereo vision can only be obstacles to do a simple segmentation, target edges due to the limitations of stereo matching algorithm area appears a lot of false matching points, resulting in 3 d data object detection accuracy is not high.In order to solve this problem, the paper puts forward a kind of image segmentation based on two-dimensional and three-dimensional point cloud data with the combination of obstacle detection and localization algorithm.In conclusion by stereo matching algorithm 3 d point cloud, so as to obtain the three-dimensional information, on the basis of introducing the edge information of the object, get the more accurate 3 d information of object.The experimental results show that the proposed algorithm is better than single by stereo matching algorithm to obtain the three-dimensional information of accuracy to improve a lot
Keywords: Machine Vision Stereo Matching 2D Image Segmentation 3D Information
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基于二维图像分割与立体视觉融合的障碍物检测技术
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