2014年SICK机器人日,机器人送物大赛的结论

Sebastian Buck, Richard Hanten, Goran Huskić, G. Rauscher, Alina Kloss, Jan Leininger, E. Ruff, F. Widmaier, A. Zell
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引用次数: 8

摘要

与实验室中的受控实验相反,机器人竞赛对智能自主系统构成了真正的挑战。为了实现良好的性能,机器人系统必须在高度受限的时间框架内对不可预见的情况具有很强的鲁棒性。在这篇论文中,我们展示了我们为参加2014年SICK机器人日而开发的机器人系统的设计、实现和性能,我们取得了非常好的成绩,获得了第二名,与第一名的最高分相同。这个竞赛的任务是在一个简化的仓库场景中交替获取和交付对象。参加比赛的机器人必须能够执行不同的任务,比如检测灌装站和投递站,接收和分析带有条形码标签的物体,以及在赛场上与其他三个机器人一起导航。
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Conclusions from an object-delivery robotic competition: SICK robot day 2014
Contrary to controlled experiments in a laboratory, robotics competitions pose a real challenge to an intelligent autonomous system. To allow a good performance, robotic systems have to be very robust to unforeseen circumstances in a highly constrained time frame. In this paper we present the design, implementation and performance of the robotic system we developed for participation in the SICK robot day 2014, with which we achieved very good results, placing second, with the same maximum score as the first. The task of this competition was to alternately fetch and deliver objects in a simplified warehouse scenario. Participating robots had to be able to carry out different tasks, such as detecting filling and delivery stations, receiving and analysing bar-code labelled objects as well as navigating in an arena among three other robots.
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