Task understanding of the crank turning

H. Mayeda, Koichi Miyaji
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引用次数: 9

Abstract

The task understanding is examined for a popular task of the crank turning by a robot manipulator. A mathematical task model embedded uncertain factors as unknown parameters is constructed, and by analyzing the model, a robust task strategy to revolute the crank is contrived. It is shown how to design a robot controller to execute the task strategy. A controller is designed as an example and the validity of the controller is investigated by simulation.<>
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对曲柄车削的任务理解
研究了机械臂曲柄转动这一常见任务的任务理解问题。建立了嵌入不确定因素作为未知参数的数学任务模型,通过对模型的分析,设计了一种鲁棒的曲柄旋转任务策略。给出了如何设计机器人控制器来执行任务策略。以设计控制器为例,通过仿真验证了控制器的有效性
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