Malfunction的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列懶人包和總整理

Talking about: An Intentionalist Theory of Reference

為了解決Malfunction的問題，作者 這樣論述：

Combining new insights from cognitive science and speech art theory, Unnsteinsson develops a compelling theory of singular reference which avoids well-known puzzles and objections. The theory, called Edenic intentionalism, is grounded in a mechanistic perspective on explanation in cognitivescienc

e and a new Gricean account of speaker meaning and speaker reference. Talking About: An Intentionalist Theory of Reference develops an account of the mental state of identity confusion and separates questions about the nature of representational acts and representational states. Unnsteinssonpropos

es a division of labour, but Edenic intentionalism is strictly a theory of intentional, mind-directed representational acts, taking speech acts as its paradigm case. Talking About: An Intentionalist Theory of Reference argues that mental mechanisms ought to be postulated to explain human cognitive

capacities. Pragmatic competence is the capacity to successfully produce utterances with a communicative intention. By examining the characteristic function andmalfunction of the mechanism for referential competence, the study shows that confused reference should be understood as a type of malfuncti

on. This is the core thesis of Edenic intentionalism: that the identity confusion disrupts the normal function of the speech art of reference.

Malfunction進入發燒排行的影片

應用 FMEA 結合 TRIZ 提昇 RAID 產品品質之探討

為了解決Malfunction的問題，作者周暐倫 這樣論述：

為提昇磁碟陣列產品在半導體設備機台上之產品品質，本研究藉由專家問卷針對提昇RAID產品品質訊息加以分析，並找最有效之改善建議後，回饋改善產品品質，如此可大幅將產品品質提升，更可通過市場客戶的嚴峻考驗及認同，未來銷售產品顧客抱怨度也會相對降低；因不良的產品可能會造成顧客使用上時間及財產得損失，故如何將產品品質提升，並有效將產品不良率降至最低，將顯得如此重要，再與事前的品管作業相互結合後，將可達到產品從設計至製造且出貨供顧客使用的穩定品質。本研究以風險優先數（Risk Priority Number, RPN）針對RAID(磁碟陣列)分析原理由維修故障案件資料中，針對失效項目分析找出主要其嚴重度

、發生度及難檢度進而計算出風險優先數（Risk Priority Number, RPN）最重要的項目，以視為產品之「失效模式效應分析(Failure Mode Effect Analysis, FMEA)」項目，此亦為產業常用來解決分析產品失效要素的實務方法之一，經失效模式的分析列出改善建議及措施，再經由「發明性創意問題解決理論(TRIZ)」來找出相對惡化的項目，並提供惡化項目的建議解決方法，再回饋於產品之設計及製造部門，透過可行性評估通過後實施。案例研究公司藉由此管理技術協助，由產品失效模式著手改善產品品質，以降低不良率及保固期維修率(Warranty claim rate)，進而採取適當

措施與預防方法，達成提昇顧客所滿意之品質。

All About Margaret Hamilton

為了解決Malfunction的問題，作者Orr, Tamra 這樣論述：

When the very first men landed on the moon on July 20, 1969, more than half a billion people around the world were watching. They were amazed at what they were seeing on their television sets. The journey to the moon had taken years of skill, wisdom, and effort. It had also taken a huge team of m

ore than 400,000 people--including a young woman named Margaret Hamilton. Margaret loved numbers from the time she was a child. As an adult, she was fascinated by creating computer software, long before the rest of the world had ever heard of it. After graduating from college in Indiana, Hamilton mo

ved to Massachusetts. One day she heard that NASA (the National Aeronautics and Space Association) was looking for computer coders. They wanted to put men on the moon within a few years. Margaret was thrilled to get the chance to work on something this monumental. At that time, space flight was stil

l an idea that was mostly found in science fiction books and movies. At first, NASA primarily gave Margaret the jobs that others did not want. She spent countless hours handwriting notes and computing formulas with paper and pencil. By the time the Apollo missions were heading for the moon, Margaret

was a constant member on the team--and the only woman. When Apollo 11 was only minutes from making its world-famous moon landing in 1969, it was Margaret who was behind the fact that it happened correctly. A last-minute malfunction almost ended the mission. However, her software program came to the

rescue. The Apollo's lunar module gently sat down on the moon surface. For many years, Margaret helped NASA achieve its main goals. Her talent for numbers and for creating software played a very important role in making space travel a reality. Even after she left NASA, Margaret kept producing softw

are. She developed a universal computer language that made online communication faster and easier.

T700發動機超速漏放管瓣之研究

為了解決Malfunction的問題，作者許福龍 這樣論述：

本研究之目的在解決T700發動機燃油在流經滑油散熱器加熱昇溫，後續並進入超速漏放管瓣內部後，在其內部管路中產生氣鎖現象，導致發動機熄火或超溫狀況產生。研究前先針對發動機之超速漏放管瓣實施X光射線照相，確認其排氣閥是否產生堵塞狀況，接著再實施超音波振盪，並記錄其狀況。後續分別實施地面試車及空中試飛，以確認其發動機未再產生熄火或超溫狀況，並統計相關測試數據分析之。經驗證結果證明，因環境中生成之細粒子流經超速漏放瓣(ODV)管道內部時，形成黑色像膠漆的薄膜沾黏於排氣閥中，使得排氣閥失去原有功能而造成氣鎖現象。進而產生供油不足，發動機低轉速、動力渦輪進口溫度上昇與熄火等現象。故建議發動機超速漏放管瓣

，應定期實施超音波振盪清洗作業；另建議國軍將其列入標準檢查作業程序中，以節省公帑及維護飛行安全。