Decoupled Hands: An Approach for Aligning Perspectives in Collaborative Mixed Reality

Figure 1: (a) Mixed Reality users collaborating with shared virtual objects can encounter occlusion issues when objects block other objects from a collaborator's view.In our approach, each user has a local copy of the shared objects.To automatically align a user's perspective with their collaborator's, our technique (b) transforms the user's local objects so that the user has the same view as their collaborator.The virtual representations of the collaborator's hands transform with the objects.(c) The collaborator can see when the user is aligned with their perspective because the user's virtual hands inversely transform to reference the proper virtual position on their (un-rotated) local object.The proper positioning of the virtual hands for both users allows them to make intuitive references to the objects.

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Publication Details

Published
2025-04-25
DOI
https://doi.org/10.1145/3706599.3720219
Citations
2
Primary Topic
Augmented Reality Applications
Type
article
Field-Weighted Citation Impact
2.55

Funders

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article

Decoupled Hands: An Approach for Aligning Perspectives in Collaborative Mixed Reality

Greg Welch, Steven Feiner, Matt Gottsacker, Gerd Bruder et al.
2 citations
Augmented Reality Applications
2.55
article

Decoupled Hands: An Approach for Aligning Perspectives in Collaborative Mixed Reality

Greg Welch, Steven Feiner, Matt Gottsacker, Gerd Bruder, Nels Numan, Anthony Steed
article en
2 citations

Abstract

Figure 1: (a) Mixed Reality users collaborating with shared virtual objects can encounter occlusion issues when objects block other objects from a collaborator's view.In our approach, each user has a local copy of the shared objects.To automatically align a user's perspective with their collaborator's, our technique (b) transforms the user's local objects so that the user has the same view as their collaborator.The virtual representations of the collaborator's hands transform with the objects.(c) The collaborator can see when the user is aligned with their perspective because the user's virtual hands inversely transform to reference the proper virtual position on their (un-rotated) local object.The proper positioning of the virtual hands for both users allows them to make intuitive references to the objects.

University of Central Florida (US), University College London (GB), Columbia University (US)
National Science Foundation, European Commission, Defense Advanced Research Projects Agency, Office of Naval Research
Openalex Percentile: Top 11%
Augmented Reality Applications
2.55
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