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Distributed Interaction in Virtual Spaces
College Park, Maryland March 23-March 24
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/DISRTA.1999.8077203rd International Workshop on Distrib ...
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Alois Ferscha, University of Vienna
James Johnson, University of Vienna
Virtual spaces based on the metaphor of "shared network places" are becoming a well accepted implementation approach for multiuser, multimedia, distributed cooperative work environments to support the work activities and interactions of goal oriented business teams. Similar to real-life physical team rooms, which provide a permanent shared space used by a work group, TEAMWORKPLACE, the virtual space presented in this paper, provides a virtual meeting room, i.e. a place to store, retrieve and present multimedia content (documents), to design and construct cooperatively, to brainstorm, to negotiate and make decisions, to run shared applications, to browse enterprise data, or to acquire, formalize and exchange enterprise knowledge. Since physical team rooms rely on the physical proximity of the team members and their easy access to the common work space, this access breaks down when groups are geographically dislocated. For such teams, TEAMWORKPLACE provides the electronic equivalent of a physical team room transcending distance, time zones, and organizational boundaries.TEAMWORKPLACE is based essentially on two open technologies, the virtual reality modeling language (VRML) and Java. A Java-enabled Web-browser together with a VRML plug-in is the only requirement for the execution of TEAMWORKPLACE on current consumer hardware.
Index Terms:
Virtual Spaces, Distributed Cooperative Environments, Multiuser Interaction, VRML, Java.
Citation:
Alois Ferscha, James Johnson, "Distributed Interaction in Virtual Spaces," dis-rt, pp.5, 3rd International Workshop on Distributed Interactive Simulation and Real-Time Applications, 1999
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