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Classifying contact states for recognizing human assembly task

机译:分类接触状态以识别人工装配任务

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Long development time and efforts are required to complete robot programs. To shorten this programming time and minimize the efforts, we have been developing the system, referred to as "assembly plan from observation (APO) system". The system first observes human actions, understands them and then automatically generates robot programs to mimic these actions. For understanding them, we use transitions of contact states. Since there are infinite contact states in the real world, we need to classify contact states. In this paper, we describe the method to classify contact states obtained from observers.
机译:完成机器人程序需要较长的开发时间和精力。为了缩短编程时间并最大程度地减少工作量,我们一直在开发该系统,称为“观察组装计划(APO)系统”。该系统首先观察人的行为,理解它们,然后自动生成机器人程序来模仿这些行为。为了理解它们,我们使用接触状态的转换。由于现实世界中存在无限的接触状态,因此我们需要对接触状态进行分类。在本文中,我们描述了对从观察者获得的接触状态进行分类的方法。

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