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Space robotics supporting exploration missions: vision, force control and coordination strategy for crew assistants

机译:支持探索任务的太空机器人技术:机组助手的视觉,力控制和协调策略

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摘要

Many research activities are being carried out about space exploration missions, in order to strongly improve man's working conditions in planetary environments. Along this line, this work presents some results obtained within the development of an effective robotic crew assistant. This robot can execute a number of operations, both in a completely autonomous manner (i.e. without requiring human supervision) and in a strict cooperation with the astronauts; thus supporting and helping them in executing operations otherwise very difficult or unfeasible to be accomplished. The developed and then adopted functional and algorithmic control architecture for the considered robot assistant, also including vision and force feedback, is described with some details in the present paper.
机译:为了大力改善人类在行星环境中的工作条件,正在进行许多有关太空探索任务的研究活动。沿着这一思路,这项工作提出了在开发有效的机器人乘员助理过程中获得的一些成果。该机器人可以以完全自主的方式(即无需人工监督)以及与宇航员的严格合作来执行许多操作;从而支持和帮助他们执行否则很难或不可行的操作。本文详细介绍了所考虑的机器人助手开发并采用的功能和算法控制体系结构,其中还包括视觉和力反馈。

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