Computer Supported Cooperative Work in Design III

1. Front Matter

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2. CSCW Techniques and Methods

   1. Cognitive Dust: A Framework That Builds from CSCW Concepts to Provide Situated Support for Small Group Work

      • Terence Blackburn, Paul Swatman, Rudi Vernik

      Pages 1-12

   2. Evaluation of Contextual Information Influence on Group Interaction

      • Márcio G. P. Rosa, Marcos R. S. Borges, Flávia M. Santoro

      Pages 13-22

   3. Modeling Contexts in Collaborative Environment: A New Approach

      • Guiling Wang, Jinlei Jiang, Meilin Shi

      Pages 23-32

   4. A Hierarchical Cooperation Model for Application Self-reconfiguration of Sensor Networks

      • Liang Liu, Huadong Ma, Dan Tao, Dongmei Zhang

      Pages 33-42

   5. Developing Ubiquitous Collaborating Multi-Agent Systems Based on QoS Requirements

      • Rahat Iqbal, Nazaraf Shah, Anne James, Babak Akhgar, Muhammad Younas, Kuo-Ming Chao

      Pages 43-52

   6. Olympus: Personal Knowledge Recommendation Using Agents, Ontologies and Web Mining

      • Juliana Lucas de Rezende, Vinícios Batista Pereira, Geraldo Xexéo, Jano Moreira de Souza

      Pages 53-62

   7. Constraint Information Visualization Methodology for Cooperative Design

      • Xiaoping Liu, Hui Shi, Zhengqiang Mao, Qiang Lu

      Pages 63-72

   8. Sharing Design Information Using Peer-to-Peer Computing

      • Phil Thompson, Anne James, Leonid Smalov

      Pages 73-81

   9. A Technique for Evaluating Shared Workspaces Efficiency

      • Antonio Ferreira, Pedro Antunes

      Pages 82-91

   10. Robust Data Location Infrastructure in Distributed Collaborative Environment

       • Wei Ye, Ning Gu

       Pages 92-100

   11. Heuristic Frequency Optimizing in GSM/GPRS Networks

       • Wen Ye, Lei Cheng, Hongxu Cui, Ju Bu

       Pages 101-109

3. Collaborative Design

   1. Unexpected Exceptions Handling Based on Chinese Question Answering in Collaborative Design

      • Feng Tian, Renhou Li, Bo Chen, Jiao Ding, Qinghua Zheng

      Pages 110-117

   2. An Efficient Cooperative Design Framework for SOC On-Chip Communication Architecture System-Level Design

      • Yawen Niu, Jinian Bian, Haili Wang, Kun Tong

      Pages 118-127

   3. Scenario-Based Design Knowledge Acquiring and Modeling in Collaborative Product Design

      • Hao Tan, Jianghong Zhao

      Pages 128-138

   4. A Framework for Sketch-Based Cooperative Design

      • Wei Jiang, Zhengxing Sun

      Pages 139-148

   5. Supporting Self-governing Software Design Groups

      • Adriana S. Vivacqua, Jean-Paul Barthès, Jano Moreira de Souza

      Pages 149-159

   6. Enhancing Support for Collaboration in Software Development Environments

      • Arnaud Lewandowski, Grégory Bourguin

      Pages 160-169

   7. A Strategic Approach Development for a Personal Digital Travel Assistant Used in 2008 Olympic Game

      • Lai-Chung Lee, Whei-Jane Wei

      Pages 170-177

   8. A Distributed M&S Environment for Multidisciplinary Collaborative Design of Virtual Prototyping

      • Heming Zhang, David Chen, Hongwei Wang

      Pages 178-187

The design of complex artifacts and systems requires the cooperation of multidiscip- nary design teams using multiple commercial and proprietary engineering software tools (e.g., CAD, modeling, simulation, visualization, and optimization), engineering databases, and knowledge-based systems. Individuals or individual groups of mult- isciplinary design teams usually work in parallel and separately with various en- neering software tools which are located at different sites. In addition, individual members may be working on different versions of a design or viewing the design from different perspectives, at different levels of detail. In order to accomplish the work, it is necessary to have effective and efficient c- laborative design environments. Such environments should not only automate in- vidual tasks, in the manner of traditional computer-aided engineering tools, but also enable individual members to share information, collaborate, and coordinate their activities within the context of a design project. CSCW (computer-supported coope- tive work) in design is concerned with the development of such environments.

• Monitor
• Simulation
• Workflow Management
• artificial neural network
• collaborative computing
• collaborative design enviroments
• computer aided design
• concurrency control
• cooperative engineering
• cooperative systems design
• cooperative work
• distributed systems
• information visualization
• life cycle design
• security

Policies and ethics