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Towards a 3D simulation-based operator interface for teleoperated robots in disaster scenarios

机译:走向灾难场景中远程机器人的基于3D仿真的操作员界面

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Beyond robot hardware and control, one major element for an efficient, constructive and safe mission of teleoperated robots in disaster scenarios such as Fukushima is the quality of the interface between operator and robot. In this contribution, we present the concept of utilizing 3D simulation as a central interface component for the operator to intuitively collaborate with teleoperated robots. Thus, means of 3D simulation are not only used during the development but also in the deployment of the final field system. Based on this notion, we will discuss operator interfaces with regards a) to direct interaction with the robot, b) communication between control station and real robot and c) the integration of already acquired knowledge and existing libraries in the robotics community.
机译:除了机器人的硬件和控制之外,在诸如福岛之类的灾难场景中,远距离操作机器人高效,建设性和安全地执行任务的一个主要因素是操作员与机器人之间的接口质量。在此贡献中,我们提出了将3D仿真用作操作员与远程操作机器人进行直观协作的中央界面组件的概念。因此,不仅在开发过程中还会使用3D模拟手段,而且最终现场系统的部署也会使用3D模拟手段。基于此概念,我们将讨论以下方面的操作员界面:a)与机器人进行直接交互; b)控制站与真实机器人之间的通信; c)机器人社区中已获得的知识与现有库的集成。

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