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  • 學位論文

以累積經驗知識為目的之問題追蹤系統

Issue Tracking System for Knowledge Accumulation

指導教授 : 黃世昆

摘要


生產問題的控管,一直是現代產業的重要課題,在問題發生時所產生的便是損失,不論是有形的金錢或是無形的商譽,因此有效率的問題控管、追踪、處理便能有效地將損失降低。但另一方面,問題的解決也代表一個新的知識的產生,以目前的科技產業而言,同產業的競爭十分激烈,能力較好的人才往往是挖角的對象,如果企業內部對於自身的企業知識沒有良好的記錄,一旦人員流失,很容易造成知識的斷層,因此如何能有效地將經驗及知識記錄、整理、運用也成了十分重要的課題。 本論文研製之目的在於透過整合、修改軟體缺陷追踪系統(Bug Tracking System)、維基系統(Wiki)、行動裝置成為生產問題追踪系統,將生產上的問題有效率地追踪、記錄下來,並且易於將知識整理、運用,讓問題在發生時能夠有適當的參考,且於人員異動時,不會產生過大的知識斷層。另外透過改良統計製程管制 SPC( Statistical Process Control) 中的指標,建立問題處理能力指標,該指標可以找出問題處理時的瓶頸,改善人員處理問題的效率,減少企業因生產問題的損失。

關鍵字

問題追蹤

並列摘要


Issue tracking is an important process in enterprise applications. It usually causes loss of money and reputations when issue occurs. If issue can be better controlled, solved, and tracked, the loss will be reduced. Nowadays, there is high job-change rate in high-tech industry because of competitions and human resource needs between corporations. Once the employee was off the job, the knowledge and experience won’t be preserved. It is therefore an important consideration to store, organize, and reuse knowledge of former employees. This research integrates the bug tracking system, wiki system, and mobile devices into a issue tracking system. This system is not only tracking and controlling issues efficiently but also easy to organize experiences into knowledge. This system will provide good reference data when the issues are resolved. On the other hand, the knowledge will still be preserved when the employee leaves the job because of the experience has been stored properly. This research also modified the SPC (Statistical Process Control) index to measure the issue solving capability. This index will help figure out the bottleneck of issue resolving process and reduce the cost.

並列關鍵字

Issue Tracking

參考文獻


〔3〕 張妤慧,「整合六標準差之通用問題管理歷程之研究」,私立中原大學,碩士論文,民國91年。
〔6〕 曹永誠,「先進製程控制技術(APC)導論」,電機月刊,174期,202~215頁,民國94年6月。
〔2〕 陳義欽,「KT 問題管理模式之研究」,私立中原大學,碩士論文,民國92年。
〔4〕 Mache Creeger, “Mobile Devices in the Enterprise: CTO Roundtable Overview”, ACM Queue, Volume 9, August 29, 2011.
〔5〕 張公緒、孫靜,「六希格瑪工程簡介」,品質月刊,第37卷第12期,73~78頁,民國 90 年 12月。

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