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Mixed Reality — Enhanced Operator Interface for Teleoperation Systems in Unstructured Environment

机译:混合现实-非结构化环境中远程操作系统的增强型操作员界面

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Conventional teleoperation systems have been developed as an efficient solution to explore unstructured environments where hazardous materials have been accidently spilled or released. Due to inevitable restrictions in the field of view of the remote camera(s) and in the quality of the visual displays fed back from the remote worksite, the operator is often unable to maintain a level of situational awareness sufficient for safe and efficient task execution. To address some of the challenges of this nature, Mixed Reality (MR) technology that combines real environment with virtual information together on a single display is envisaged to enhance the current teleoperation visual interface for supporting decision making and judging while operating in unstructured environment. The paper presents an intuitive concept of applying techniques of MR to increase the operator’s situational awareness and spatial cognitive skills critical to teleoperation, with a focus on remote navigation and excavation.
机译:常规的远程操作系统已被开发为一种有效的解决方案,用于探索意外溢出或释放有害物质的非结构化环境。由于在远程摄像机的视野和从远程工作场所反馈的视觉显示的质量方面不可避免的限制,操作员通常无法保持足够的态势感知水平,足以安全有效地执行任务。为了解决这种性质的一些挑战,设想将混合现实环境和虚拟信息在单个显示器上结合在一起的混合现实(MR)技术,以增强当前的远程操作视觉界面,以支持在非结构化环境中操作时的决策和判断。本文提出了一种运用MR技术来提高操作员的态势感知和对远程操作至关重要的空间认知技能的直观概念,重点是远程导航和挖掘。

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