TFT/LCD產業協同產品設計程序發展

簡至鵬

doi:10.6840/cycu200200235

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TFT/LCD產業協同產品設計程序發展

TFT/LCD Industry Collaborative Product Design Procedure Development

簡至鵬 , Masters　　Advisor：宮大川　　

繁體中文 DOI： 10.6840/cycu200200235

ARIS ； TFT/LCD ；協同產品設計； RosettaNet ；設計外包； RosettaNet ； Collaborative Product Design ； ARIS ； TFT/LCD

Abstract │ Reference (72) │ Times Cited (5) │ Altmetrics

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Increasing product complexity, growing competition, emerging globalization, and strong customer focus force the TFT/LCD industry to reduce product life cycle, design by customers and extensively cooperate with customers and suppliers. Collaborative product design (CPD) has become increasingly important, since product design requires distributed, cross-functional, and cooperative product development.  It principally describes the interactions with cooperation partners in product design process, and mainly deals the communication with extensively enterprises in collaborative design and outsourced design in TFT/LCD industry. 
The purpose of this research is to establish a TFT/LCD industry collaborative product design model from concept design to model expression.  In order to establish a whole system model, we use RosettaNet's PIP standards (Partners Interface Process standards) to describe the steps of data transmissions in detail product design as a result of the complex of transmissions of product design information.  It is easy to be understood by extensively enterprises and has a great identification with cooperation partners.  However, we have to focus on different views to building up a CPD system in order to contain the whole system completely.  We describe for views include control, function, data and organization to study a CPD system instead of viewing to data transmissions.  So, ARIS is the appropriate tool to describe collaborative design and outsourced design activities from product concept development to production.  Therefore, we can build up the CPD system to illustrate how to trigger the transmissions of design information in the view of design process, and show the data that design team members, suppliers, customers and cooperation partners have to support.  The reference model can explain the request of information and data transmissions during design activities, and integrate the flow information and design activities that make design related information quick response to let decision-making more effectively.

Reference ( 72 ) 〈TOP〉

[4] 吳翔, 全球TFT LCD產業展望與我國廠商因應策略, 財團法人資訊工業策進會, 2001。
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[14] Aberdeen Group, http://www.aberdeen.com/
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[15] Al-Ashaab, A. H. S and R. I. M., Young, “Modeling manufacturing process information using EXPRESS,” Concurrent Engineering: Research and Application, 5(1), 27-35 (1997)
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[24] Carrie, A. P., “Application and assessment of IDEF3-Process Flow Description Capture Method,”International Journal of Operation & Production Management, 15(1), 63-73 (1995)
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[25] Chen, T.M. and Y. T. Hsiao, “A collaborative data management framework for concurrent team-oriented product and process development,” International Journal of Computer Integrated Manufacturing, 10(6), 446-469 (1997)
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