抬头看！：朝向现场光束测量标注和增强现实可视化以指导野外滑雪
Heads Up!: Towards In Situ Photogrammetry Annotations and Augmented Reality Visualizations for Guided Backcountry Skiing
AI总结：
本文提出了一种基于现场光束测量标注和增强现实可视化的系统，用于指导野外滑雪的安全沟通与互动设计研究。
摘要：
野外滑雪是一种滑雪者在恶劣的环境条件下导航以在受管理区域外滑雪的活动。这种活动需要仔细监控和有效的沟通，以确保滑雪者的安全。我们旨在通过为野外滑雪向导提供一套现场空间标注工具来支持和促进这种沟通。向导可以使用平板应用对基于光束测量的山地地图进行标注，例如使用商用无人机收集的，标注危险点、减速区和安全区。这些标注通过增强现实抬头显示器的视觉叠加传递给滑雪者。我们提出了一种原型，包括一个网页应用和一个虚拟现实显示器，它们能够反映向导和滑雪者的视角，从而在安全的环境中进行参与式交互设计研究。
英文摘要：
Backcountry skiing is an activity where a group of skiers navigate challenging environmental conditions to ski outside of managed areas. This activity requires careful monitoring and effective communication around the current weather and terrain conditions to ensure skier safety. We aim to support and facilitate this communication by providing backcountry guides with a set of in situ spatial annotation tools to communicate hazards and appropriate speeds to the ski recreationalists. A guide can use a tablet application to annotate a photogrammetry-based map of a mountainside, for example, one collected using a commercial camera drone, with hazard points, slow-down zones, and safe zones. These annotations are communicated to the skiers via visual overlays in augmented reality heads-up displays. We present a prototype consisting of a web application and a virtual reality display that mirror the guide's and skier's perspectives, enabling participatory interaction design studies in a safe environment.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
