目前台灣製造產業的電子化已漸漸由產品資料管理(PDM)朝向協同作業模式的產品生命週期(PLM)系統發展。全球化企業在建置協同作業之PLM系統時為減少系統負載及增加系統執行效率,必須以分散式的系統架構來建置協同作業之PLM系統以將分散的資料做有效的管理,但是如何規劃設計一個符合企業需求的分散式架構現今卻很少人探討這個議題,也沒有一個完善的方法來進行系統性的分析。以往都是在系統建置完成後由系統管理員憑著經驗或用試誤法(try and error)來調整管理企業分散的資料,這樣的方式要耗費很長的時間來調整系統才能達到企業預期的效果。 因此本文提出一個創新式分散架構之設計方法來分析以分散式架構為基礎的協同作業之PLM系統,主要將系統分為三個構面來分析,分別為組織構面、系統應用程式構及資料構面,並以Teamcenter為系統開發平台,將分析的結果透過此平台實現在系統的建構上,最後以個案研究將本研究所提出的理論落實在實務中。 本研究將達成以下目的:提出創新式分散架構之設計方法以作為相關產業在建構協同作業PLM系統時有遵循的參考依據,並透過這個有系統的分析方法來縮短建置系統後調整的時間。最後透過個案研究驗證本文所提理論之可行性。
The electrification of Taiwan manufacture industries are gradually developing from the product data management (PDM) system to the collaborative product life cycle management (PLM) system. When the global enterprise constructed the collaborative PLM system, it used the distributed system architecture to construct the system for decrease system loading and increase system execution efficiency. Nowadays, there are seldom people to research an ability to design the distributed system architecture that accord with enterprise requirement. Therefore, there are no complete methods to analyze systematically. In the past when the system was constructed, the system administrators used their experience or try and error method to adjust enterprise distributed data. This mode costed more time to adjust the system to reach the enterprise prospective target. Therefore, this research presents the innovative design method of distributing architecture to analyze the collaborative PLM system based on distributed architecture In addition, this research regards Teamcenter as the system developing platform; the technique is used to analyze the constructed system. Finally, we implement the theory which is presented by this research with a case study. In conclusion, this research reaches the following purpose: While the interrelated industries build and construct in a collaborative PLM system, the research will propose the innovative design method of distributed architecture in order to be a reference basis. This systematic analytical method will be shorten the time to adjust after the construction system. Lastly, the method will verify the feasibility of the theory research presented through a case study.