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Supporting Collaboration on Very Large-Scale Interactive Wall Surfaces

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Abstract

In this paper we describe CubIT, a multi-user presentation and collaboration system installed at the Queensland University of Technology’s (QUT) Cube facility. The ‘Cube’ is an interactive visualisation facility made up of five very large-scale interactive multi-panel wall displays, each consisting of up to twelve 55-inch multi-touch screens (48 screens in total) and massive projected display screens situated above the display panels. The paper outlines the unique design challenges, features, implementation and evaluation of CubIT. The system was built to make the Cube facility accessible to QUT’s academic and student population. CubIT enables users to easily upload and share their own media content, and allows multiple users to simultaneously interact with the Cube’s wall displays. The features of CubIT are implemented via three user interfaces, a multi-touch interface working on the wall displays, a mobile phone and tablet application and a web-based content management system. Each of these interfaces offers different interaction mechanisms. Together they support a wide range of collaborative features including multi-user shared workspaces, drag and drop upload and sharing between users, session management and dynamic state control between different parts of the system. The results of our evaluation study showed that CubIT was successfully used for a variety of tasks, but also highlighted specific challenges with regards to user expectations as well as issues arising from public use.

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Notes

  1. http://www.possible.com/news-and-events/cannes-lions-touchwall

  2. Each of the Cube’s display walls is equipped with a number of RFID readers, generally one reader per 2 panels.

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  1. Institute for Future Environments, Queensland University of Technology, 2 George Street, Brisbane, 4000, QLD, Australia

    Markus Rittenbruch

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  1. Markus Rittenbruch
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Correspondence to Markus Rittenbruch.

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Rittenbruch, M. Supporting Collaboration on Very Large-Scale Interactive Wall Surfaces. Comput Supported Coop Work 24, 121–147 (2015). https://doi.org/10.1007/s10606-015-9221-x

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