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(1998)
Demonstrations of JFACC Collaboration Services: A Collaboration Architecture and Toolkit
(2000)
A Practioners Guide to Evaluating Collaboration Systems. Community Collaboration Facilitation Center (CFC)
(1998)
XML in the JFACC Collaboration Services. White paper
Software Requirements Specification for the Defense Information Infrastructure Common Operating Environment (Multimedia and Collaboration Services)
Peter Spellman, J. Mosier, Lucy Deus, Jay Carlson (1997)
Collaborative virtual workspaceProceedings of the 1997 ACM International Conference on Supporting Group Work
Collaboration Services Specification Object Management Group
M. Maybury (2001)
Distributed , Collaborative , Knowledge Based Air Campaign Planning
December 2001/Vol. 44, No. 12 COMMUNICATIONS OF THE ACM Mark Maybury COLLABORATIVE VIRTUAL ENVIRONMENTS FOR ANALYSIS AND DECISION SUPPORT Creating a productive collaborative environment requires a delicate balance of technology, knowledge, and trust. Ubiquitous been a dream is decades. Computer-supported lives, The virtual office has computing fornot only influencing our collaborative environmentswill require fundamental attitude adjustments. move us toward this vision by providing services such as integrated desktop conferencing, shared applications, and workflow management. They have been successfully applied to distance learning and collaborative design. In this article, we report on the creation and application of a place-based virtual collaboration environment [7] for distributed analysis and collaborative planning in mission-critical environments for intelligence and defense. Figure 1 illustrates the elements of the Java Collaborative Virtual Workplace (CVW) used for distributed analysis and collaboration planning. CVW, available via open source (cvw.sourceforge.org), provides an integrated suite of facilities that enable synchronous and asynchronous collaboration, including text chat, audio-and videoconferencing, shared whiteboard, and shared and private data spaces. CVW provides persistence of sessions via recording user interactions as they occur within the context of shared virtual rooms. Drawing upon the lineage of Multi-User Dungeons (MUDs) and incorporating the MUD Object-Oriented (MOO)
Communications of the ACM – Association for Computing Machinery
Published: Dec 1, 2001
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