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arXiv 2408.04062cs.HC
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Desk2Desk:用于远程并肩协作的基于优化的混合现实工作空间集成

Desk2Desk: Optimization-based Mixed Reality Workspace Integration for Remote Side-by-side Collaboration

Ludwig Sidenmark, Tianyu Zhang, Leen Al Lababidi, Jiannan Li, Tovi Grossman

AI总结:

针对混合现实共享环境中用户工作空间不一致降低协作效率的问题,提出基于优化的Desk2Desk方法,通过调整布局与共享显示器数量并建立映射,实现远程沉浸式并肩协作。

摘要:

混合现实(Mixed Reality)支持混合工作空间,在其中物理和虚拟显示器可以自适应地创建和移动以适应当前环境和需求。然而在共享环境中,各个用户的工作空间很少对齐,并且在显示器数量、可用物理空间和工作空间布局上可能差异巨大,从而在工作空间之间产生不一致,这可能导致混淆并降低协作效率。我们提出了Desk2Desk,一种用于远程协作的基于优化的方法,其中两名协作者的混合工作空间被完全集成,以实现沉浸式的并肩协作。该优化在布局和共享显示器数量上调整每个用户的工作空间,并创建工作空间之间的映射,以处理由物理约束(例如物理显示器)导致的工作空间不一致。我们在用户研究中展示了我们的系统如何自适应地合并不同的物理工作空间以实现沉浸式的并肩协作,并证明了基于优化的方法如何能够有效解决不同的物理布局。

英文摘要:

Mixed Reality enables hybrid workspaces where physical and virtual monitors are adaptively created and moved to suit the current environment and needs. However, in shared settings, individual users' workspaces are rarely aligned and can vary significantly in the number of monitors, available physical space, and workspace layout, creating inconsistencies between workspaces which may cause confusion and reduce collaboration. We present Desk2Desk, an optimization-based approach for remote collaboration in which the hybrid workspaces of two collaborators are fully integrated to enable immersive side-by-side collaboration. The optimization adjusts each user's workspace in layout and number of shared monitors and creates a mapping between workspaces to handle inconsistencies between workspaces due to physical constraints (e.g. physical monitors). We show in a user study how our system adaptively merges dissimilar physical workspaces to enable immersive side-by-side collaboration, and demonstrate how an optimization-based approach can effectively address dissimilar physical layouts.

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。

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