Interacting with Multi-Robot Systems via Mixed Reality

Florian Kennel-Maushart, Roi Poranne, Stelian Coros
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引用次数: 3

Abstract

Mobile robots are becoming safer and more affordable, and their presence in the workspace is increasing. However, many tasks that involve reasoning, long-term planning or human preferences are still hard to automate. While some solutions in specialised areas slowly emerge, an alternative to full autonomy can be to actively leverage intuition and experience of human operators. To do this, suitable interfaces and modes of interaction have to be explored. Inspired by Real-Time Strategy games, we implement a Mixed Reality interface that can be used with either a Microsoft HoloLens 2 headset or a tablet. The interface allows users to interact with multiple mobile robots simultaneously. We conduct a user study to compare the headset and tablet versions of the interface in different scenarios inspired by a real-world construction setting. We show that, while performance and preference of interface are dependent on the task and the complexity of the required interaction, users are able to solve non-trivial tasks on both platforms using our system.
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通过混合现实与多机器人系统交互
移动机器人正变得越来越安全,越来越便宜,它们在工作空间中的存在也越来越多。然而,许多涉及推理、长期规划或人类偏好的任务仍然很难实现自动化。虽然一些专业领域的解决方案慢慢出现,但完全自主的另一种选择可能是积极利用人类操作员的直觉和经验。要做到这一点,必须探索合适的界面和交互模式。受实时战略游戏的启发,我们实现了一个混合现实界面,可以与微软HoloLens 2耳机或平板电脑一起使用。该界面允许用户同时与多个移动机器人进行交互。我们进行了一项用户研究,以比较受现实世界建筑环境启发的不同场景下耳机和平板电脑版本的界面。我们表明,虽然界面的性能和偏好取决于任务和所需交互的复杂性,但用户能够使用我们的系统在两个平台上解决重要的任务。
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