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Auto-estimation of Relative Orientation Between a Roof-Mounted Spherical Camera and a Vehicle Based on Spherical SLAM

机译:基于球形SLAM的车顶式球形摄像机与车辆之间相对方位的自动估计

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While humans can drive a vehicle using visual information, we investigate the possibility of driving assistance by using a single spherical camera. As the first step, this paper proposes a method of auto-estimation of the relative orientation between a roof-mounted spherical camera and a vehicle. The location of the spherical camera is estimated by a full-view SLAM (Simultaneously Localization and mapping) method [18]. If the trajectory of the camera is on a plane, the normal vector of the plane can be computed by fitting the plane. By combining the heading direction of the vehicle with the computed normal vector, the coordinate system of the vehicle can be determined. Experimental results are given to show the effectiveness of the proposed method.
机译:尽管人类可以使用视觉信息驾驶车辆,但我们研究了使用单个球形摄像头提供驾驶帮助的可能性。作为第一步,本文提出了一种自动估计车顶球形摄像机和车辆之间相对方位的方法。球形摄像机的位置是通过全视图SLAM(同时定位和映射)方法估算的[18]。如果摄像机的轨迹在某个平面上,则可以通过拟合该平面来计算该平面的法线向量。通过将车辆的前进方向与计算出的法线向量相结合,可以确定车辆的坐标系。实验结果表明了该方法的有效性。

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