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Handbook of Security Science

為了解決Root cause的問題，作者 這樣論述：

Dr Anthony Masys is an Associate Professor and Director of Global Disaster Management, Humanitarian Assistance and Homeland Security at the University of South Florida. His research interests focus on safety and security, risk, crisis and disaster management, resilience, safety culture, scenario pla

nning, human security, intelligence (alternative analysis), counter-terrorism, complex socio-technical system analysis, modeling and simulation, systems thinking, action research. A former senior Air Force Officer, Dr. Masys has a BSc in Physics and MSc in Underwater Acoustics and Oceanography from

the Royal Military College of Canada and a PhD from the University of Leicester. He is Editor in Chief for Springer Publishing book series: Advanced Sciences and Technologies for Security Applications and holds various advisory board positions with academic journals and books series. Dr. Masys is an

internationally recognized author, speaker and facilitator and has held workshops in Europe, Canada, South America, West Africa and Asia including at the UN World Conference on Disaster Risk Reduction March 2015 in Sendai, Japan. He has published extensively in the domains of physics and the social

sciences. His books include: Opening the Black Box of Human ErrorNetworks and Network Analysis for Defence and Security. Springer PublishingDisaster Management- Enabling Resilience. Springer PublishingApplications of Systems Thinking and Soft Operations Research for managing complexity. Springer Pu

blishingExploring the Security Landscape- non-traditional security challenges. Springer Publishing.Disaster Forensics: understanding root cause and complexity causality. Springer PublishingDr. Masys supports the University of Leicester (UK) as an associate tutor in their Distance MSc Program on Risk

Crisis and Disaster Management.

Root cause進入發燒排行的影片

運用商業管理TRIZ 改善國軍人才招募

為了解決Root cause的問題，作者王銘仁 這樣論述：

國軍的招募員自從2017年開始施行全募兵制後，就扮演了相當重要的角色，需要對青年學子及社會大眾解說國軍的生態與面貌，找尋適合的人才加入國軍，但不是每個人都能接受軍職這項工作，間接的造成了某些軍種招生不易的狀況發生，也因此上級長官開始給予壓力，促使招募人員開始以避重就輕的方試招攬人才，使得社會大眾對國軍開始產生誤解與矛盾，本研究透過設計訪談的方式得出結果來界定問題，接著利用商業管理TRIZ理論中的觀點圖，找出招募工作需要改善的地方與問題，再來透過根源矛盾分析(RCA+)，找到問題與原因的矛盾之處，最後利用矛盾矩陣與四十個發明原理產生創新的招募員管理方案，並透過排列出點子優先順序的方式，選出適合

招募員管理的方案，以產出創新方法與建議解決方案。最終產生五項改善方案，其中之最佳方案為「把原先需要多天完成的行程合理安排合併減少天數」為最理想方案，因其所需準備時間最短，而且無論在招募組組長接受度或資深招募員方面皆能達到最高成效為最佳方案，可以可在短時間內減輕招募員眼前困擾的方法；長期則以成立獨立招募單位管理招募更能徹底解決相關問題。

Handbook of Security Science

為了解決Root cause的問題，作者 這樣論述：

Dr Anthony Masys is an Associate Professor and Director of Global Disaster Management, Humanitarian Assistance and Homeland Security at the University of South Florida. His research interests focus on safety and security, risk, crisis and disaster management, resilience, safety culture, scenario pla

nning, human security, intelligence (alternative analysis), counter-terrorism, complex socio-technical system analysis, modeling and simulation, systems thinking, action research. A former senior Air Force Officer, Dr. Masys has a BSc in Physics and MSc in Underwater Acoustics and Oceanography from

the Royal Military College of Canada and a PhD from the University of Leicester. He is Editor in Chief for Springer Publishing book series: Advanced Sciences and Technologies for Security Applications and holds various advisory board positions with academic journals and books series. Dr. Masys is an

internationally recognized author, speaker and facilitator and has held workshops in Europe, Canada, South America, West Africa and Asia including at the UN World Conference on Disaster Risk Reduction March 2015 in Sendai, Japan. He has published extensively in the domains of physics and the social

sciences. His books include: Opening the Black Box of Human ErrorNetworks and Network Analysis for Defence and Security. Springer PublishingDisaster Management- Enabling Resilience. Springer PublishingApplications of Systems Thinking and Soft Operations Research for managing complexity. Springer Pu

blishingExploring the Security Landscape- non-traditional security challenges. Springer Publishing.Disaster Forensics: understanding root cause and complexity causality. Springer PublishingDr. Masys supports the University of Leicester (UK) as an associate tutor in their Distance MSc Program on Risk

Crisis and Disaster Management.

吹瓶機變導程螺桿振動訊號量測與失效預測

為了解決Root cause的問題，作者洪聖儒 這樣論述：

本研究提出一種應用於寶特瓶吹瓶機之健康診斷方法。運用加速規來收取機台的振動資訊，並使用動態時間扭曲法(DTW)作為本研究的主要評斷磨耗標準。由於吹瓶機機構複雜，且以變轉速伺服馬達作為機構驅動源。本研究除了比較有無絕緣膠帶、系統簡化、有無轉子、有無變導程夾爪動作，四種振動結果差異推測其頻率成因外，更在得到量測訊號後分別以均方根、移動平均濾波器、原始頻率訊號、特徵頻率擷取四種訊號前處理方法作為DTW輸入，並以處理後之全新轉子振動訊號作為標準訊號，將不同運轉次數的訊號與標準訊號比對其相似度，記錄下不同運轉次數下的DTW距離值，並建立其斜率變化，再搭配運算時間、訊號穩定性、潤滑劑影響，這四種方式評斷

出最適合的訊號前處理方式。此外透過實際量測轉子尺寸變化，發現振動量隨轉子磨耗量增加而加大，與本文使用之DTW結果有相同趨勢。且發現180Hz頻率區段會隨於旋轉導桿添加潤滑劑而下降，因此，此頻率變化情況可用以判斷潤滑劑是否需更換。由於本研究為長時間計畫，尚未收錄至轉子毀損之完整振動變化數據。目前僅能以現階段數據，推測解釋出吹瓶機頻率譜中較顯著的頻率成因，及驗證DTW對振動量測變化之效果，並建議以特徵頻率擷取的方式作為DTW之訊號前處理。