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Title page for etd-0213106-172318


URN etd-0213106-172318 Statistics This thesis had been viewed 2582 times. Download 2856 times.
Author Chao-Chin Yeh
Author's Email Address jao_chin@so-net.net.tw
Department Computer Science and Enginerring
Year 2005 Semester 1
Degree Master Type of Document Master's Thesis
Language English Page Count 48
Title A CONCEPTUAL FRAMEWORK FOR COLLABORATION SYSTEMS
Keyword
  • IMPCA
  • Framework
  • Collaboration Systems
  • Collaboration Systems
  • Framework
  • IMPCA
  • Abstract Nowadays, every organizations are getting more complex, so that, how to coordinates such organizations also getting more challenging. Collaboration system can effectively coordinate people communications, help operation consistency for organizations, avoid delay and disorderliness from cooperation businesses, and further improve performance for organizations.
    Due to the high complication of collaboration system, this thesis proposes a conceptual framework for collaboration system as a reference architecture for the collaboration systems. In the mean time, this thesis illustrates the functionalities of a collaboration system, the problems it resolved, and the problems should be considered when developing a collaboration system.
    We propose a conceptual framework for collaboration systems (IMPCA) in this thesis which includes 5 logical layers: Infrastructure Layer, System Monitoring Layer, Job Planning Layer, Job Controlling Layer, and Data Analysis Layer.
    This framework divides collaboration system from many functional modules to layers; through cooperating with every module to modularize the development of a collaboration system. This research illustrates the responsibilities and functionalities of every module and layers; we hope it can contribute an integrated concept for a real development process of a collaboration system. In Chapter 4 of this thesis, we propose a practicable integration solution for the IMPCA framework which integrates many open source software to show the integration possibility of this framework and achieve the requirements of collaboration systems.
    Advisor Committee
  • Huei-Huang Chen - advisor
  • none - co-chair
  • none - co-chair
  • Files indicate access worldwide
    Date of Defense 2006-01-16 Date of Submission 2006-02-13


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