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Exploring the IEEE ontology for robotics and automation for heterogeneous agent interaction

机译:探索用于机器人技术和异构代理交互的自动化的IEEE本体

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Spatial notions play a key role when humans and robots interact. Robotics & Automation (R&A) often involves diverse scenarios where heterogeneous robots must share their spatial knowledge to achieve a given goal. Such scenarios may become more complex when humans are also involved. This means that humans and heterogeneous robots must share their spatial information about the world. For this purpose, the IEEE Ontologies for Robotics and Automation (ORA) Working Group started developing an ontology, called POS, with the purpose of defining the core notions required to share spatial concepts in the R&A domain. This paper evaluates the proposed ontology through a use case scenario involving both heterogeneous robots and human-robot interactions, showing how to define new spatial notions using POS. We discuss the experiment results presenting the ontology strengths as well as the future directions to be taken by the ORA group.
机译:当人类和机器人互动时,空间概念起着关键作用。机器人与自动化(R&A)通常涉及各种场景,其中异构机器人必须共享其空间知识才能实现给定的目标。当人类也参与其中时,这种情况可能会变得更加复杂。这意味着人类和异构机器人必须共享其关于世界的空间信息。为此,IEEE机器人与自动化本体(ORA)工作组开始开发一种称为POS的本体,其目的是定义在R&A领域共享空间概念所需的核心概念。本文通过涉及异构机器人和人机交互的用例场景评估了提出的本体,展示了如何使用POS定义新的空间概念。我们讨论了表示本体优势的实验结果以及ORA小组将采取的未来方向。

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