The RobotChallenge - A research inspired practical lecture

B. Munske, J. Kotlarski, T. Ortmaier
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引用次数: 4

Abstract

This paper presents a new university course combining theoretical lectures with a robot competition. The main intention is to offer a practical course including hands-on experiences being close to current research topics in the field of mobile robotics. For this purpose, a commercial mobile robot is equipped with state of the art sensors, allowing autonomous execution of manipulation tasks. The course consists of three thematical sections. At the beginning of each, lectures provide the theoretical background. On this basis, the participants are addressed to develop algorithms and to solve specific tasks, delivered in homework packages, self-reliantly or in a team. Finally, the developed software components need to be merged to solve a predefined scenario, e.g. autonomous part handling. At the end of a thematic section, students demonstrate their developed solutions within a challenge and explain their approaches in a presentation. Starting with teleoperation and object recognition, the RobotChallenge ends up with navigation in unknown terrain. Besides others, the participants acquire soft-skills, such as project and team management. Being carried out for the first time in winter term 2011/2012, the RobotChallenge successfully promotes profound understanding of mobile robotics that is applied during practical experiences. It turns out, that aspiring to win competions lead to a high motivation of the students w.r.t. development of appropriate solutions.
机器人挑战-一个研究启发的实践讲座
本文提出了一种将理论讲座与机器人竞赛相结合的新型大学课程。主要目的是提供一门实践性课程,包括接近移动机器人领域当前研究课题的实践经验。为此,商用移动机器人配备了最先进的传感器,可以自主执行操作任务。本课程由三个主题部分组成。在每节课的开始,讲座提供理论背景。在此基础上,要求参与者开发算法并解决特定任务,以作业包的形式交付,可以独立或以团队形式交付。最后,开发的软件组件需要合并以解决预定义的场景,例如自主部件处理。在主题部分结束时,学生在一个挑战中展示他们开发的解决方案,并在演讲中解释他们的方法。从远程操作和物体识别开始,机器人挑战赛以未知地形的导航结束。除此之外,参与者还获得了软技能,例如项目和团队管理。机器人挑战赛于2011/2012冬季学期首次举办,成功地促进了对移动机器人的深刻理解,并在实践经验中应用。结果表明,渴望赢得比赛会使学生有很高的动力去寻找合适的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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