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Development of monocular vision system for depth estimation in mobile robot — Robot soccer

机译:用于移动机器人深度估计的单眼视觉系统的开发—机器人足球

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摘要

Vision system could enhance the mobile robot applications and features. However, the vision system could also improve the overall system of mobile robot so as to contain higher complexity with the purpose to be reliable, effective, robust and fast enough to achieve their goals. This paper will present a simple yet reliable monocular vision system in the mobile robot to increase their capabilities in depth estimation. By comparing few methods for circle detection such as Hough Transform (HT), Fast-Finding-and-Fitting (FFF) and background subtraction algorithm, the object of interest can be detected thus diameter will be calculated and finally estimated depth is obtained. This paper also will show the trick on how to solve the depth estimation if the object being too close to the camera. The relationship between distance and diameter is calculated by formula that is derived from calibration data.
机译:视觉系统可以增强移动机器人的应用程序和功能。然而,视觉系统还可以改善移动机器人的整体系统,以包含更高的复杂度,以达到可靠,有效,鲁棒和足够快的目的来实现其目标。本文将提出一种简单而可靠的移动机器人单眼视觉系统,以提高其深度估计能力。通过比较诸如霍夫变换(HT),快速查找与拟合(FFF)和背景扣除算法之类的几种圆形检测方法,可以检测到感兴趣的物体,从而计算出直径并最终获得估计的深度。本文还将展示如果物体离摄像机太近,如何解决深度估计的技巧。距离和直径之间的关系是根据从校准数据得出的公式计算得出的。

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