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Using superquadrics for the approximation of objects and its application to grasping

机译:使用超二次方程逼近对象及其在抓取中的应用

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Objects grasping and manipulation is a major task for housold and industrial robots. Sensing the objects with 3D laser scanners generating point clouds is a common approach for gathering object information. The abstraction from the raw pointclouds to high level representations is a necessity in the real world domain. This paper describes a method for the approximation of objects from scenes and an application to grasping with multi fingered hands. For this task a solution based on superquadrics is presented.
机译:抓握和操纵对象是热卖和工业机器人的主要任务。使用3D激光扫描仪生成点云来感测对象是收集对象信息的常用方法。从原始点云到高级表示的抽象是现实世界中的必要条件。本文介绍了一种从场景中逼近对象的方法,以及在多指手抓握中的应用。针对此任务,提出了一种基于超二次方程的解决方案。

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