臺灣博碩士論文加值系統

本文應用Petri Net資訊流結合Timed Petri Net理論與Petri Net之數據流計算建立出整合資訊傳遞概念、計算數據及時間參數的設計與組裝預估時間之LED投射燈創研流程設計與製造流程模型。並在組裝流程模型中加入製造前置時間流程規劃的功能，能使後續製造流程避免不必要的成本及時間的浪費，同時也能讓使用者更了解整體設計及製造流程架構之間的關係。本文又應用Timed Petri Net理論、Petri Net理論與Petri Net數據流計算建立具有計算數據、時間參數及計算設計與組裝前置時間之流程模型應用於LED投射燈之修正式模糊決策實驗室分析法(修正式FUZZY DEMATEL)結合修正式分析網路程序法(修正式ANP)之修正式FUZZY DANP法，進行評選出最佳設計方案之設計流程於LED投射燈之創新設計流程之建構。本文亦將Petri Net資訊流相關理論、流程規劃所需的相關知識及修正式模糊DANP法使用到的設計相關理論知識與設計相關專利知識，輸入擴充至創研流程相關理論知識私有雲及LED投射燈設計專利知識庫中，如此可增加投射燈相關知識，讓使用者易於學習，本文並將MRP相關知識、排程相關知識加入到創研流程相關理論私有雲、將日文專利加入到專利公有雲及Planner排程軟體加入到遠端商業軟體私有雲，使其能應用於流程架構模型，讓製造流程架構與相依關係更完善。

The paper combines Petri net information flow with timed Petri net theory and Petri net dataflow calculation to establish a design and manufacturing process model for innovative research and development (R&D) process of LED projection light, which estimates the design and assembling time for integration of information transmission concept, calculation data and time parameters. The paper also adds the function of manufacturing lead time process planning to the assembling process model, preventing the subsequent manufacturing process from making any unnecessary waste of cost and time. Meanwhile, users are able to understand more about the relationship between the overall design and the manufacturing process structure. The paper applies timed Petri net theory, Petri net theory and Petri net dataflow calculation to establish a process model that possesses calculation data and time parameter, and calculates the design and assembling lead time, so as for application to the modified fuzzy DANP method of LED projection light, which combines the modified fuzzy decision-making trial and evaluation laboratory analysis method (modified fuzzy DEMATEL) with the modified analysis network process (modified ANP). Then the design process of the best design project is selected for establishment of an innovative design process of LED projection light. The paper also enters and expands the related theories of Petri net information flow, the related knowledge required for process planning, as well as the design-related theoretical knowledge and design-related patent knowledge to be used by the modified fuzzy DANP, to the private cloud of the related theoretical knowledge of innovative R&D process and the knowledgebase of LED projection light design patents. In this way, the related knowledge of projection light is increased, allowing users to learn the knowledge more easily. Finally, the paper brings the MRP-related knowledge and scheduling-related knowledge to the private cloud of the related theories of innovative R&D process, and adds the scheduling software Planner to the private cloud of remote business software, enabling them to be applied to process structure models, and making the manufacturing process structure and the dependence relation become more perfect.

目錄
摘要 I
Abstract III
誌謝 V
目錄 VI
圖目錄 X
表目錄 XIII
第一章 緒論 1
1.1研究背景 1
1.2研究動機與目的 1
1.3文獻回顧 3
1.4 論文架構 9
第二章 相關理論介紹 11
2.1 Petri Net理論介紹 11
2.2 Petri Net定義及符號介紹 11
2.2.1 Petri Net理論之數據流計算(DatafolwComputation) 16
2.2.2 Timed Petri Net理論 18
2.2.3 Petri Net資訊流介紹 19
2.3 修正式模糊DANP理論 20
2.3.1 修正式模糊DEMETAL 20
2.3.2 修正式ANP 27
2.3.3 修正式模糊DEMATAL結合修正式ANP 29
2.4雲端運算概念介紹 32
2.5PHP網路語言介紹 36
2.6關聯式知識庫系統介紹 38
第三章 應用雲端運算概念建立創研流程混合雲與結 合相關理論建立LED投射燈之創研流程 40
3.1 創研流程混和雲建構介紹 40
3.2 Petri Net創研流程架構系統流程圖與創研流程相 41
關理論知識私有雲建構介紹 41
3.3 中英日專利檢索公有雲介紹 45
3.4關聯式專利知識庫與工程知識庫輸入應用服務私有雲建構 49
3.5關聯式專利知識庫與工程知識庫應用服務私有雲建構 50
3.6遠端修正式TRIZ與商業軟體私有雲建構 53
第四章 Petri Net 資訊流結合Timed Petri Net理論、Petri Net理論及Petri Net數據流計算建立LED投射燈之創研流程混合雲流程建構 56
4.1 Petri Net基本理論之LED投射燈之創研流程混和雲流程建構與Petri Net資訊流結合Timed Petri Net理論與Petri Net數據流計算之LED投射燈組裝流程建構 56
4.2 LED投射燈結合 Petri Net理論之工程與製程知識庫設 64
計與製程應用服務私有雲模型建構 64
4.3 LED投射燈結合Petri Net基本理論之專利知識設計與製程庫應用服務私有雲流程建構 71
4.4 結合Timed Petri Net理論與Petri Net數據流計算之 82
LED投射燈修正式模糊DANP設計流程建構 82
4.5 LED投射燈結合Petri Net基本理論之遠端修正式TRIZ私有雲流程建構 95
4.6 LED投射燈結合Petri Net基本理論之遠端商業軟體私有雲流程建構 100
4.7 LED投射燈結合Petri Net基本理論之某一製程相關改良技術流程建構 105
4.8 Petri Net資訊流結合Timed Petri Net理論與 Petri Net數據流計算之LED投射燈組裝流程建構 109
第五章 LED投射燈關聯式知識庫欄位設計 123
5.1 關聯式工程知識庫設計與製程欄位介紹 123
5.2 關聯式專利知識庫設計與製程欄位介紹 129
第六章 結論與建議 135
6.1結論 135
6.2建議 136
參考文獻 137

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