增强现实支持的航海:动机、方法和观点

Francesco Laera, M. Foglia, Alessandro Evangelista, A. Boccaccio, M. Gattullo, V. Manghisi, Joseph L. Gabbard, A. Uva, M. Fiorentino
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引用次数: 5

摘要

帆船是一项需要多年掌握的多学科活动。最近,由于越来越多的船上传感器、自动化、人工智能以及现代船只和帆船设计所带来的高性能,这项可持续的运动变得更加困难。增强现实技术(AR)有潜力帮助所有年龄和经验水平的水手,提高信心、可达性、态势感知和安全性。这项工作展示了我们正在进行的研究和开发AR辅助帆船的方法。我们从问题定义开始,然后是使用系统回顾的技术状态。其次,我们通过与专家进行在线问卷调查来引出主要任务和变量。第三,我们提取了主要变量,并使用3种不同的方法概念化了一些视觉界面。在最后阶段,我们设计并实现了一个用户测试平台,使用VR头显来模拟不同海洋场景中的AR。对于真正的部署,我们看到缺乏可用的AR设备,因此我们正在开发一款专门用于此任务的特定耳机。我们还设想,随着AR技术的引入,整艘船可能会重新设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards Sailing supported by Augmented Reality: Motivation, Methodology and Perspectives
Sailing is a multidisciplinary activity that requires years to master. Recently this sustainable sport is becoming even harder due to the increasing number of onboard sensors, automation, artificial intelligence, and the high performances obtainable with modern vessels and sail designs. Augmented Reality technology (AR) has the potential to assist sailors of all ages and experience level and improve confidence, accessibility, situation awareness, and safety. This work presents our ongoing research and methodology for developing AR assisted sailing. We started with the problem definition followed by a state of the art using a systematic review. Secondly, we elicited the main task and variables using an online questionnaire with experts. Third, we extracted the main variables and conceptualized some visual interfaces using 3 different approaches. As final phase, we designed and implemented a user test platform using a VR headset to simulate AR in different marine scenarios. For a real deployment, we witness the lack of available AR devices, so we are developing one specific headset dedicated to this task. We also envision the possible redesign of the entire boat as a consequence of the introduction of AR technology.
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