A hybrid approach to supervising multiple co-operant autonomous mobile robots

D. Barnes, R. Aylett, A. Coddington, R. Ghanea-Hercock
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引用次数: 6

Abstract

UK Robotics Ltd. have for some time been working in the area of multiple co-operant autonomous mobile robots. While there are a number of applications in the nuclear, chemical and off-shore industries that would benefit from such technology, the required science and engineering is only just beginning to be realised. The key issues are firstly, how to control the interaction of these robots with themselves and their environment? and secondly, how to interact with this group of robots from the point of view of an operator? What has emerged is a novel hybrid architecture that contains a reflective planning agent which is capable of translating high level operator goals into low level behaviour missions that can be executed by multiple autonomous robots. Two real robots have been used as part of our studies and this paper details our hybrid approach and the results obtained so far.
多协作自主移动机器人的混合监督方法
英国机器人有限公司已经在多合作自主移动机器人领域工作了一段时间。虽然核能、化学和近海工业中的许多应用都将受益于这种技术,但所需的科学和工程才刚刚开始实现。关键问题是,首先,如何控制这些机器人与自身及其环境的相互作用?其次,从操作员的角度来看,如何与这组机器人互动?出现的是一种新的混合架构,它包含一个反射规划代理,能够将高层操作员的目标转换为可以由多个自主机器人执行的低级行为任务。两个真实的机器人已被用作我们研究的一部分,本文详细介绍了我们的混合方法和迄今为止获得的结果。
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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