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姓名	黃鈺婷(Yu-Ting Huang)  查詢紙本館藏	畢業系所	工業管理研究所
論文名稱	應用Hybrid MFM-GTST分析與管控協同設計流程 (Applying Hybrid MFM-GTST for Controlling the Collaborative Design Process)
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摘要(中)	致使企業成功的關鍵因素莫過於縮短新產品上市的時間，此能力來自於跨公司之間縝密定義的設計鏈，而非指著重於提昇公司內部的能力。 然而在今天的產業，跨公司間的協同設計鏈由於複雜的設計流程和多變的設計環境使得協同窒礙難行，因此在本論文中提出CDPM模型用以解決設計鏈中的協同問題。此論文結合了三種方法論HMG、GTST-MLD和UML來建構CDPM模型。CDPM包含四層級，層級一乃是宏觀的策略面，此定義了三項目標來完成企業使命，層級二中，HMG第一部份MFM用以表現一連串的功能促使達成目標，HMG第二部份GTST用以展現利益關係者使得功能順利進行的能力需求，層級三，GTST-MLD表現輔助機制，作業面的活動在層級四中用UML加以分析。 專案管理者可藉由此模型清楚展現協同流程，如果該公司流程尚未定義明確，可以此CDPM為基礎建構一適當流程，該公司若已有流程草案，可藉使用CDPM加以分析與管控協同設計流程。
摘要(英)	The most critical key to success of the enterprises is to shorten time to market. The way to achieve comes from the ability of well-defined design chains across enterprise, not the abilities of individuals in the enterprise. The collaboration in the design chains, however, is roughly due to the existing complexity such as diverse design process and dynamic design environments. To settle the collaboration problems in the design chains, a collaborative design process model (CDPM) is proposed in this thesis. The thesis intends to combine methods which construct the CDPM such as HMG, GTST-MLD and UML. The CDPM consists of four levels. Level 1, this phase is a macroscopic strategic view, defines three goals to achieve business mission. Level 2, the first part of HMG called MFM is used to represent a series of functions to meet goals. The second part of HMG called GTST is used to show capabilities of different stakeholder to meet functions. Level 3, we apply GTST-MLD represents the assistant mechanisms. Level 4, we show specific operators’ activities by UML Using the proposed framework, a project manager can make the collaborative process clearly. If it does not have firm process, he/she can take CDPM as reference to construct one. If it has one already, he/she can set processes by CDPM with benefits that accompany with modeling CDPM.
關鍵字(中)	★ Hybrid MFM-GTST ★ 設計鏈應用參考模式 ★ UML ★ GTST-MLD ★ 協同設計流程	關鍵字(英)	★ Design Chain Operation Reference Model ★ Collaborative Design Process ★ Hybrid MFM-GTST ★ GTST-MLD ★ Unified Modeling Language
論文目次	Table of Contents IV List of Figures VI List of Tables IX Chapter I Introduction 1 1.1 Background Review 1 1.2 Problem Statement 2 1.3 Purpose and Objects 4 1.4 Scenario Setting 5 1.5 Thesis Overview 6 Chapter II Literature Review 8 2.1 New Product Development 8 2.1.1 Process of New Product Development 9 2.1.2 Methodologies in New Product Development 10 2.2 Collaborative Trend 13 2.2.1 Evolution of the Collaborative Commerce 13 2.2.2 Typical Taxonomy of the C-Commerce 15 2.3 Collaborative Product Design 16 2.3.1 Collaborative Product Design Process Review 17 2.3.2 Design Chain Operation Reference 19 2.3.3 Issues in Collaborative Product Design 26 2.4 Design Process Control 36 Chapter III Overview of the Methods for Modeling 37 3.1 Description of Functional Modeling Methods 37 3.1.1 Multilevel Flow Modelling (MFM) 38 3.1.2 Goal Tree Success Tree –Master Logic Diagram (GTST-MLD) 49 3.1.3 Hybrid MFM-GTST 56 3.2 Unified Modeling Language (UML) 62 Chapter IV Collaborative Design Process Model 65 4.1 Terminology for Systematic Knowledge Identification 66 4.2 Four Levels in Collaborative Design Process Model 68 4.3 Steps to implement Collaborative Design Process Model 79 4.4 Diagnosis of CDPM Model 79 4.5 Processes Hidden in CDPM 80 4.5.1 Front Agreements before Implementing CDPM 80 4.5.2 Design Research in Implementing CDPM 82 Chapter V Implementation of the CDPM in OEM/ODM Industry 84 5.1 Background 84 5.2 Scenario 85 5.3 Construct the collaborative design process in CDPM 85 5.4 Diagnosis of Case Study 90 Chapter VI Conclusion & Recommendation 98 6.1 Conclusion 98 6.2 Recommendations for Future Study 99 Reference 100
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指導教授	高信培、黃鈺婷 (Hsing-Pei Kao、Yu-Ting Huang)	審核日期	2007-7-2
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