Concurrent Engineering Based Collaborative Design Under Network Environment

다국어 초록 (Multilingual Abstract)

Concurrent Engineering (CE) is a popular method employed in product development. It treats the whole product design process by the consideration of product quality, cost, rate of progress, and demands of customers. The development of computer and network technologies provides a strong support to the realization of CE in practice. Aiming at the characteristics of CE and network collaborative design, this paper built network collaborative design system frame. Through the analysis of the network collaborative design modes based on CE, this paper provided a novel network collaborative design integration model. This model can integrate the product design information, design process, and knowledge. Intelligent collaboration was considered in the proposed model. The study showed that the proposed model considered main factors such as information, knowledge, and design process in collaborative design. It has potential application in CE fields.

목차 (Table of Contents)

• 영어 초록
• 1. Introduction
• 2. Network Collaboration System Frame Based on CE
• 3. Network Collaborative Design Modes Based on CE
• 4. Integrated Model
• 5. Conclusions
• References

참고문헌 (Reference)

1 "Web-Based Product and Process Data Modeling in Concurrent Design for X" 15 : 55-63, 1999

2 "Web-Based Knowledge Management for Distributes Design" 15 : 40-47, 2000

3 "Research on Theories and Support Technologies of Net-Based Collaborative Product Design" Tsing-hua University 2002

4 "Petri Nets Based Coordination Component for CSCW Environments" 19 (19): 1123-1130, 2005

5 "Model for synchronous collaborative design using CAD and database management" 9 : 85-98, 1997

6 "Framework for Modeling Dependencies in Collaborative Engineering Processes" 11 : 84-102, 1999

7 "Design for X, Concurrent Engineering Imperative" 1996

8 "Concurrent Design of Products" 1998

9 "Concurrent Design of Products" 1998

10 "Concept Optimization for Mechanical Product Using Genetic Algorithm" 19 (19): 1072-1079, 2005