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Stairs recognition using stereo vision-based algorithm in NAO robot

机译:在NAO机器人中使用立体视觉算法的楼梯识别

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In this paper we do staircase detection with a stereo vision based algorithm through NAO robot, using one of this cameras. Robot programming was implemented in Python language using ROS software. The detection algorithm is divided in two parts: line detection and depth perception. In line detection process we use Hough transform and vanishing point criteria for line segmentation. Respecting depth perception, we use a stereo vision approach, comparing two images obtained from the same camera in different positions. The robot movements were modeled and interpreted as a movement routine using the Choregraphe software. As a result, NAO can identify and climb a staircase in a controlled ambience.
机译:在本文中,我们使用该摄像机之一通过Nao机器人使用立体声视觉算法进行楼梯检测。使用ROS软件以Python语言实现机器人编程。检测算法分为两部分:线路检测和深度感知。在线检测过程中,我们使用霍夫变换和消失点标准进行线分割。尊重深度感知,我们使用立体视觉方法,比较从不同位置获得的相同相机获得的两个图像。使用Choregraphe软件,机器人移动被建模和解释为移动程序。因此,Nao可以在受控的氛围中识别和爬上楼梯。

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