Cooperative Design, Visualization, and Engineering

1. Front Matter

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2. Integrating Advanced Collaborative Capabilities into Web-Based Word Processors

   • Haifeng Shen, Steven Xia, Chengzheng Sun

   Pages 1-8

3. A Peer-to-Peer Based Communication Environment for Synchronous Collaborative Product Design

   • Lirong Wang, Jiacai Wang, Lixia Sun, Ichiro Hagiwara

   Pages 9-20

4. VICA: A Voronoi Interface for Visualizing Collaborative Annotations

   • Yue Wang, James Shearer, Kwan-Liu Ma

   Pages 21-32

5. Innovative Visualization Tools to Monitor Scientific Cooperative Activities

   • Benoît Otjacques, Monique Noirhomme, Fernand Feltz

   Pages 33-41

6. Workflow Methodology for Collaborative Design and Manufacturing

   • Carlos Vila, Antonio Estruch, Héctor R. Siller, José V. Abellán, Fernando Romero

   Pages 42-49

7. Cooperative Reinforcing Bar Arrangement and Checking by Using Augmented Reality

   • Nobuyoshi Yabuki, Zhantao Li

   Pages 50-57

8. A Virtual Interactive Community Platform Supporting Education for Long-Term Sick Children

   • Pieter Jorissen, Fabian Di Fiore, Gert Vansichem, Wim Lamotte

   Pages 58-69

9. Pro-active Environment for Assisted Model Composition

   • Sascha Opletal, Emil Stoyanov, Dieter Roller

   Pages 70-79

10. A Speech-Controlled User Interface for a CAFM-Based Disaster Management System

    • Rüdiger Schütz, G. Glanzer, A. P. Merkel, T. Wießflecker, U. Walder

    Pages 80-87

11. Private Data Management in Collaborative Environments

    • Larry Korba, Ronggong Song, George Yee, Andrew S. Patrick, Scott Buffett, Yunli Wang et al.

    Pages 88-96

12. A Scalable Method for Efficient Grid Resource Discovery

    • Yan Zhang, Yan Jia, Xiaobin Huang, Bin Zhou, Jian Gu

    Pages 97-103

13. Modeling and Analysis for Grid Service Cooperative Scheduling Based on Petri Nets

    • Yaojun Han, Changjun Jiang, Xuemei Luo

    Pages 104-112

14. Capturing Designers’ Knowledge Demands in Collaborative Team

    • Zhen Lu, Jiang Zuhua, Liu Chao, Liang Jun

    Pages 113-121

15. “Integrare”, a Collaborative Environment for Behavior-Oriented Design

    • Lian Wen, Robert Colvin, Kai Lin, John Seagrott, Nisansala Yatapanage, Geoff Dromey

    Pages 122-131

16. Differential Conversion: DWG – SVG Case Study

    • Martin Ota, Ivan Jelínek

    Pages 132-139

17. A Study of Version Control for Collaborative CAD

    • Zhiyong Chang, Jie Zhao, Rong Mo

    Pages 140-148

18. Semantic Web Services Discovery System with QoS for Enhanced Web Services Quality

    • Okkyung Choi, Heejai Choi, Zoonky Lee, Sangyong Han

    Pages 149-156

19. Intelligent Library and Tutoring System for Brita in the PuBs Project

    • Arturas Kaklauskas, Edmundas Zavadskas, Edmundas Babenskas, Marko Seniut, Andrejus Vlasenko, Vytautas Plakys

    Pages 157-166

20. Quality Information Management System Under Collaborative Environment

    • Junjie Yang, Rongqiao Wang, Jiang Fan, Xinmin Du, Zebang Zhang

    Pages 167-174

This year the CDVE conference celebratedits fourth annual eventin an exciting city—Shanghai, China. The cooperative design, visualization and engineering communitysensedtheeconomicpulseofanewgianteconomywherecooperation is vital for its success. This year we received a large number of papers from all over the world. In addition to many submissions from Europe, we received more papers from Asia and China this time. Many authors from key Chinese research centers and national projects presented their papers, which gave us insight into the progress of research and development in this giant economy. From a technical point of view, as a major trend in cooperative design, vi- alization, engineering and other applications, advanced Web-based cooperation technology stands out by itself. Many papers re?ect the research in this aspect with very convincing results. Web-based cooperative working applications have been emerging strongly since the wide availability and accessibility of the WWW. It is a form of sharing andcollaboratingbyitsnature.Itissuitable forthe cooperationofamuchwider range of users. In the ?eld of cooperative engineering, new ?ndings and new results were presented. Among all, work ?ow technology was recognized as a key element for successful cooperative engineering. According to these new ?ndings, only Web-based cooperation tools and shared databases are not enough for coop- ative engineering. Work?ow-based methodology should be introduced to gu- antee the integration and coordination of the whole life cycle process of products.

• BDI
• CSW
• Cluster
• Computer-Aided Design (CAD)
• QoS
• Switch
• concurrency control
• configuration
• cooperative business management
• cooperative engineering
• cooperative systems design
• cooperative visualization
• data warehouse
• modeling
• visualization

Policies and ethics