A Study on the Influence of Task Dependent Anthropomorphic Grasping Poses for Everyday Objects

Niko Kleer, Martin Feick
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Abstract

Robots using anthropomorphic hands and pros-thesis grasping applications frequently rely on a corpus of labeled images for training a learning model that predicts a suitable grasping pose for grasping an object. However, factors such as an object's physical properties, the intended task, and the environment influence the choice of a suitable grasping pose. As a result, the annotation of such images introduces a level of complexity by itself, therefore making it challenging to establish a systematic labeling approach. This paper presents three crowdsourcing studies that focus on collecting task-dependent grasp pose labels for one hundred everyday objects. Finally, we report on our investigations regarding the influence of task-dependence on the choice of a grasping pose and make our collected data available in the form of a dataset.
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任务依赖拟人抓取姿势对日常物品抓取影响的研究
使用拟人化手和人工抓取应用程序的机器人经常依赖于标记图像的语料库来训练学习模型,该模型可以预测抓取物体的合适抓取姿势。然而,诸如物体的物理特性、预期任务和环境等因素会影响合适抓取姿势的选择。因此,这类图像的注释本身就引入了一定程度的复杂性,因此建立系统的标记方法具有挑战性。本文提出了三个众包研究,重点是收集100个日常物品的任务依赖抓取姿势标签。最后,我们报告了我们关于任务依赖性对抓取姿势选择的影响的调查,并将我们收集到的数据以数据集的形式提供。
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