首页> 外文会议>Robotics and Automation, 1999. Proceedings. 1999 IEEE International Conference on >Construction of a human/robot coexistence system based on a model of human will-intention and desire
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Construction of a human/robot coexistence system based on a model of human will-intention and desire

机译:基于人的意愿和欲望模型的人/机器人共存系统的构建

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We propose a human-will-based approach to constructing a coexistence system in which a robot is assumed to assist the will power of a subject while reflecting his intention and desire. We discuss the model of human's will associated by the work - psychological mind reading, and identify the advantages of the system in which the robot guides the the subject manipulating along the path intended by him. Then, we describe two major techniques with experimental results: 1) estimation of the human-intended path pattern from the previously assigned one by proposing a modified algorithm of hidden Markov model; and 2) merging of the human's force feeling pattern into the desired one by proposing a field impedance equalizer which allows both the human to express his desirable field-dependent force/speed feeling and the robot to display the impedance along the previously estimated path. Finally, we conclude the study with some comments on future works.
机译:我们提出了一种基于人类意愿的方法来构建共存系统,在该系统中,假定机器人在反映对象的意图和愿望的同时协助其意志力。我们讨论了与工作相关的人的意志模型-心理思维阅读,并确定了该系统的优势,在该系统中,机器人引导对象沿着他意图的路径进行操作。然后,我们用实验结果描述了两种主要技术:1)通过提出一种改进的隐马尔可夫模型算法,从先前分配的路径模式中估算出人类预期的路径模式; 2)通过提出一种场阻抗均衡器,将人的力量感觉模式合并到期望的模式中,该场阻抗均衡器既可以使人表达他所期望的场相关力/速度感觉,又可以使机器人沿着先前估计的路径显示阻抗。最后,我们以对未来工作的一些评论结束研究。

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