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Rigid and non-rigid classification using interactive perception

机译:使用交互式感知的刚性和非刚性分类

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Robotics research tends to focus upon either non-contact sensing or machine manipulation, but not both. This paper explores the benefits of combining the two by addressing the problem of classifying unknown objects, such as found in service robot applications. In the proposed approach, an object lies on a flat background, and the goal of the robot is to interact with and classify each object so that it can be studied further. The algorithm considers each object to be classified using color, shape, and flexibility. Experiments on a number of different objects demonstrate the ability of efficiently classifying and labeling each item through interaction.
机译:机器人技术的研究趋向于集中在非接触式感应或机器操纵上,而不是两者兼而有之。本文通过解决对未知对象(例如在服务机器人应用程序中发现的对象)进行分类的问题,探索了将两者结合的好处。在提出的方法中,对象位于平坦的背景上,机器人的目标是与每个对象进行交互并对其进行分类,以便可以对其进行进一步的研究。该算法考虑使用颜色,形状和灵活性对每个对象进行分类。在许多不同对象上进行的实验表明,可以通过交互有效地对每个项目进行分类和标记。

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