在扩展数据可视化中使用HoloLens进行远程协作

Passant Farouk, Nourhan Faransawy, Nada Sharaf
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引用次数: 0

摘要

良好的合作是关于所有团队成员之间的清理,让每个人都朝着一个目标透明地工作。增强现实是用于数据可视化的技术之一,可以更好地理解和分析数据。因此,用户之间在扩展现实中的可视化数据上的协作可以结合多个个体的分析能力,并有可能提高解决方案和发现的质量。本文讨论了一种增强现实中可视化数据协作的远程协作技术。这是通过让用户在一定程度上沉浸其中,而不是完全取代他们的现实来实现的。微软Hololens被用来创建一个增强现实应用程序,该应用程序使用微软Kinect v2以虚拟化身的全息图形式实时传输远程用户的动作。这使得多个参与者可以看到彼此(化身),协作并与远程用户之间共享全息图的三维可视化数据进行交互。对14名参与者进行了一项实验。结果表明,该应用程序是有用的,满足了要求。我们发现该应用程序成功地为学生提供了丰富、有趣和身临其境的扩展现实数据可视化远程协作体验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using HoloLens for Remote Collaboration in Extended Data Visualization
Good collaboration is about clearance between all the team members to let everyone work transparently towards one goal. Augmented Reality was one of the technologies used for data visualization for an immersive and better understanding and analysis of the data. Hence, the collaboration between users on the visualized data in extended reality can combine the analytic power of multiple individuals, and potentially leading to increased quality of solutions and discoveries. The work presented in this paper discusses a remote collaboration technique for enhancing collaboration on visualized data in Augmented Reality. This was done through allowing the user to be immersed to a certain extent, but not completely replacing their reality. The Microsoft Hololens was used to create an Augmented Reality application that transfers the movements of the remote users in real-time using Microsoft Kinect v2 in the form of a hologram of an avatar. This allowed multiple participants to see each other (embodied as avatars), collaborate and interact with 3-Dimension visualized data as shareable holograms between the remote users. An experiment was conducted on 14 participants. The results indicated that the application was useful and fulfills the requirement. We found that the application successfully provided a rich, interesting, and immersive collaborative experience for the students regarding remote collaboration on data visualization in extended reality.
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