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研究生: 宋富強
Sung, Fu-Chiang
論文名稱: 藉由專家系統的建立用於執行飛行時震動之故障研判
Troubleshooting of In-flight Vibration using Expert System
指導教授: 林清一
Lin, Chin-E
學位類別: 碩士
Master
系所名稱: 工學院 - 航空太空工程學系碩士在職專班
Department of Aeronautics & Astronautics (on the job class)
論文出版年: 2013
畢業學年度: 101
語文別: 英文
論文頁數: 52
中文關鍵詞: 知識庫系統專家系統故障診斷
外文關鍵詞: Knowledge-Based system, Expert System, Fault Diagnosis
相關次數: 點閱:125下載:3
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  • 專家系統是應用知識工程,以電腦程式來表達某一領域專家的知識並解決問題,本篇論文係提出一項專家系統的雛型發展,運用於對飛機飛操系統空中震動事件之故障判斷研究,在此專家系統的建立主要是利用飛機製造廠的相關文件,作為知識彙整資料的來源依據,另外,使用visual basic程式語言來撰寫故障診斷工具之電腦程式,根據這個構想,期望能協助航空公司的維修部門,當執行故障排除工作時,能立即作出最佳的研判並獲得可靠率的改善。

    The expert system is a method of computer programming for representing knowledge of a field of expertise and solving problems by use of the knowledge engineering. This thesis proposes the development of a prototype expert system in fault diagnosis of in-flight vibration events on flight control system of aircraft. Establishment of the prototype expert system is essentially employed the technical documents from aircraft manufacturer as knowledge acquisition source. In addition, using visual basic language to build the prototype expert system as troubleshooting diagnosis tool is presented in this thesis. According to the scheme, the tool is hoped to aid maintenance department of airline to do right decision on performing troubleshooting task and to get the improvement of reliability. This will provide a clear and up-to date view of expert system application on aircraft maintenance status.

    摘要...I Abstract...II 誌謝...III Contents...IV List of Tables...VI List of Figures...VII CHAPTER I INTRODUCTION...1 1.1 Motivation...1 1.2 Main Idea...2 1.3 Literature Survey...3 1.4 Scope...4 1.5 Thesis outline...5 CHAPTER II KNOWLEDGE-BASED EXPERT SYSTEM...6 2.1 Expert System Definitions...6 2.2 Components of Expert System...7 2.3 Knowledge Acquisition System...8 2.4 Knowledge Base Establishment...9 2.5 Inference Engine and Working Memory...11 2.6 User Interface...13 CHAPTER III AIRCRAFT FAULT DIAGNOSIS SYSTEM...14 3.1 Preface...14 3.2 Domain Selection...14 3.3 Knowledge Acquisition and Rule Inference...15 3.4 Prototype Design of Fault Diagnosis...25 CHAPTER IV IMPLEMENTATION AND VERIFICATION...29 4.1 Premise and Provision...29 4.2 Test and Practice...32 4.2.1 Test Example 1...32 4.2.2 Test Example 2...35 4.2.3 Test Example 3...38 4.2.4 Test Example 4...41 4.3 Evaluation and Discussion...44 CHAPTER V CONCLUTION...47 REFERENCES...49

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