Design and Development of a Collaborative Augmented Reality Environment for Systems Science
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Date
2024-01-03
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589
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Abstract
Participatory modeling seeks to support a group in reaching a shared understanding of a complex system by identifying commonalities between individual views and navigating their differences. Traditional workshops where participants and facilitators are physically present face several barriers: complex systems span multiple domains hence they may involve experts living in various locations or rarely available together, while other stakeholder groups may struggle to access a workshop for logistical reasons such as time commitment or transportation costs. Switching to a fully remote environment through desktop applications alleviates some of these concerns but loses a sense of rapport, which can impair the collective learning experience normally fostered by systems thinking workshops. To address these limitations, we present the design and code implementation of a new augmented reality environment that aims to support remote participants in collectively arriving at a shared causal map. Our collaborative modeling application leverages graph-drawing algorithms, multiple synchronized views, and custom network protocols.
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Design, Development, and Evaluation of Collaboration Technologies, causal maps, extended reality, multiple views, participatory modeling, systems thinking
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10 pages
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Proceedings of the 57th Hawaii International Conference on System Sciences
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Attribution-NonCommercial-NoDerivatives 4.0 International
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