計算值診斷表 的英文怎麼說

中文拼音 [suànzhízhěnduànbiǎo]
計算值診斷表 英文
index number table
  • : Ⅰ動詞1 (計算) count; compute; calculate; number 2 (設想; 打算) plan; plot Ⅱ名詞1 (測量或計算...
  • : Ⅰ動詞1 (計算數目) calculate; reckon; compute; figure 2 (計算進去) include; count 3 (謀劃;計...
  • : 動詞(診察) examine (a patient)
  • : Ⅰ動詞1 (分成段) break; snap 2 (斷絕;隔斷) break off; cut off; stop 3 (戒除) give up; abstai...
  • : Ⅰ名詞1 (外面;外表) outside; surface; external 2 (中表親戚) the relationship between the child...
  • 計算 : 1 (求得未知數) count; compute; calculate; reckon; enumerate 2 (考慮; 籌劃) consideration; pla...
  • 診斷 : diagnose; diagnosis; diacrisis
  1. With the development of the network and the multi - processor system, the research, simulation and the impemeni of the system - level fault diagnosis which is the very important means to increase the reliability of the system, are becoming more and more important. on the system - leve1 fault diagnosis, based on the group theory of system - level fault diagnosis that has been put forward by pro f zhang, the paper constructs newly the theory bases, improves on the matrix method, reinforces and consummates group arithmetic of all kinds of test mode, for the first time, analyses and discusses the equation solution of all kinds of models, so al1 the consistent fault patterns ( cfp ) could be found, straightly and high efficiently, even if the sufficient and necessary condition of t - diagnosable is dissatisfied and the complexity of system - level fault diagnosis is greatly decreased, especialy in strong t - diagnosabl6 system. last the simulation system ' s function has been extended and the application hotspot and the development trend have been disscussed

    本人在張大方教授等人提出的基於集團的系統級故障的理論基礎上,重新構建了系統級故障的理論基礎,定義了系統級故障測試模型的三示;改進了系統級故障的矩陣方法,重新定義了測試矩陣、鄰接矩陣、結點對、結點對的相連運、極大準集團和斜加矩陣,由此能直觀、簡便地生成集團和極大獨立點集;補充和完善了各類測試模型的系統級故障的集團演法,通過定義集團測試邊和絕對故障集,簡化了集團圖,由此能較易地找到所有的相容故障模式,即使不滿足t -可性,大大減少了系統級故障的復雜度,尤其是對強t -可系統;首次分析探討了各類測試模型的方程解決,由此從另一角度能系統地、高效率地求出所有的相容故障模式( cfp ) :擴充了系統級故障模擬系統的功能,快速、直觀和隨機地模擬實驗運行環境,進行清晰和正確的,同時提供大量的實驗數據用於理論研究,優化演法和設
  2. Fourth, the experiment of cantilevering beam and the digital calculation reveal that frequency is easy to get and can reflect the state of the cantilevering beam. under certain conditions, the feature parameter can be used to determine whether the cantilevering beam has fault, where the fault locates and the extent of impairment

    ( 4 )懸臂梁試驗及數明,頻率易於提取,且反映了懸臂梁的狀態,以其為特徵參數,結合bp人工神經網路,在特定條件下,可以懸臂梁是否有故障,故障的位置和損傷程度。
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