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Mixed reality-mediated collaborative design system: concept, prototype, and experimentation
This paper introduces a Mixed Reality-mediated Collaborative design
system, named MR-Collab, which combines Mixed Reality (MR), Augmented Reality (AR) and various channels of communication technologies. The concept and system of MR-Collab are developed based on the Benford’s Mixed-Reality boundaries theory. This paper presents how this theory is used as a tool to analyze the system framework and guide the design of the MR-Collab system. The technique details of prototype and application scenario of this system are also elaborated in the paper. The system, MR-Collab, is designed in the purpose of
facilitating collaboration between distributed users through the Mixed Reality environment. Experimentation that can measure the correlations between the design performance/behaviors with the increased degree of co-presence is also planned in this paper.
system, named MR-Collab, which combines Mixed Reality (MR), Augmented Reality (AR) and various channels of communication technologies. The concept and system of MR-Collab are developed based on the Benford’s Mixed-Reality boundaries theory. This paper presents how this theory is used as a tool to analyze the system framework and guide the design of the MR-Collab system. The technique details of prototype and application scenario of this system are also elaborated in the paper. The system, MR-Collab, is designed in the purpose of
facilitating collaboration between distributed users through the Mixed Reality environment. Experimentation that can measure the correlations between the design performance/behaviors with the increased degree of co-presence is also planned in this paper.
History
Title of book
Cooperative design, visualization, and engineering : 5th international conference, CDVE 2008, Calvia, Mallorca, Spain, September 21-25, 2008 : proceedingsVolume
5220Series
Lecture notes in computer scienceChapter number
15Pagination
117 - 124Publisher
SpringerPlace of publication
Berlin, GermanyPublisher DOI
ISSN
0302-9743ISBN-13
9783540880103ISBN-10
3540880100Language
engNotes
Respubs id = 201137292 Respubs category = B1Publication classification
B1.1 Book chapterCopyright notice
2008, Springer-Verlag Berlin HeidelbergExtent
45Editor/Contributor(s)
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