本文導入正規化理論分析改善關聯式知識庫使知識庫在維護與更新知識上減少出錯的可能性且本文中將透過多功能且多層次代理人創研流程機制系統，以關聯式資料庫為基礎建立LED產業供應鏈知識庫。本文中透過正規化理論主要可以幫助知識庫中的知識表精簡化，減少因大量複雜的知識表而造成使用者在維護與更新上的不便。本文中先了解LED產業的相關知識並根據所屬知識以階層式知識的分層，將其中以技術劃分出該領域的工程知識與工程專利；廠商知識上根據國內上中下游產業結構劃分出所所屬廠商，並依照所屬廠商內所代表的公司進行分析該公司別下所具有的工程知識與工程專利，並運用正規化理論設計出欄位知識建立知識庫。本文在創研流程機制中新增加廠商供應鏈知識庫，利用JAVA程式語言來建立此架構，以LED產業中的LED燈具及廠商知識作為載具，進而輔助了解載具的相關知識。本文所設計出的供應鍊知識庫為一種可擴充性的人性化介面，可依照所欲增加的新載具知識增加產業供應鏈知識，輔助創新研發人員將知識完整性的來分析，縮短研發時間。

The study employs normalization theory to analyze how to improve relational database so as to decrease possibilities of making mistakes in the maintenance and renewal of knowledge. Through multifunctional and multilayered agent-based innovation mechanism system, and taking relational database as the foundation, the paper establishes an LED industry supply chain knowledgebase. Using normalization theory, the paper can help simplify the knowledge table in the knowledgebase, and decrease the inconvenience caused to users during the maintenance and renewal of a large amount of complicated knowledge on the knowledge tables. First of all, the paper makes an understanding of related knowledge of LED industry. According to the knowledge concerned, knowledge is divided into different hierarchies. Based on related techniques, engineering knowledge and engineering patents of this area are sorted out. Regarding the knowledge of manufacturers, according to the upstream, middle stream and downstream industrial structures, their related manufacturers are sorted out. According to the representative companies under different manufacturers, the paper analyzes the engineering knowledge and engineering patients under the same company type. The paper also uses normalization theory to design column-based knowledge and establish a knowledgebase.
The paper additionally increases a manufacturers’ supply chain knowledgebase in the innovation mechanism. This structure is established by the language of JAVA program. The LED lamps and knowledge of manufacturers in the LED industry are taken as the carriers. Furthermore, they help us understand the related knowledge of carriers. The supply chain knowledgebase designed by the paper is a kind of expandable humanized interface. According to the knowledge of new carriers to be increased desirably, the industry supply chain knowledge can be added to the knowledgebase, assisting innovative researchers to analyze the completeness of knowledge and shortening their time spent on research and development.

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