累加誤差 的英文怎麼說

中文拼音 [lěijiāwùchā]
累加誤差 英文
add up error
  • 累 : 累Ⅰ形容詞（疲勞） tired; fatigued; weary Ⅱ動詞1. （使疲勞; 使勞累） tire out; wear out 2. （操勞） work hard; toil
  • 誤 : Ⅰ名詞（錯誤） mistake; error Ⅱ動詞1 （弄錯） mistake; misunderstand 2 （耽誤） miss 3 （使受損害...
  • 差 : 差Ⅰ名詞1 （不相同; 不相合） difference; dissimilarity 2 （差錯） mistake 3 [數學] （差數） differ...
  • 累加 : accumulation; cumulation; summation累加器 [自動化] accumulator carriage; accumulator register; ac...
  • 誤差 : error
  1. In the fields of fluid dynamics, entropy inequality reflects the second law of thermodynamics. i. e. entropy must increase across shock waves ( a kind of discontinuity ). all kind of approximate schemes should reflect the fact that it must satisfies some kind of discrete entropy inequality ). from the view of practical computation, stability and theo - retical error of any kind discrete schemes all dependend of the smoothness of the solution of ( 0. 2. 1 ). generally, the approximate solution have good stability and theoretial error in the area where the solutions have more regularity and poor stability and theoretial error in other area

    從流體力學來看，它事實上是熱力學第二定理的反映，即熵越過激波（一種間斷）要增加。各種估計格式構造的估計解應反映這一事實，即滿足熵不等式。從實際計算來看，總是通過離散化求解，不考慮計算的積累誤差，它的穩定性與計算精度都依賴與真解的光滑性，一般說，在解較光滑的區域有較好的穩定性與計算精度，而在較粗糙的區域則相反。
  2. The paper proposes the fuzzy integrate controller with accumulating error through the much simulation research of general fuzzy controller double fuzzy controller fuzzy pid controller fuzzy + pid controller and fuzzy controller with self - adjusting factor

    本文通過對常規的模糊控制器、雙模糊控制器、模糊pid控制器、模糊+ pid控制器及自調整因子模糊控制器等多種類型的模糊控制器進行了大量的模擬研究，提出了帶誤差累加的模糊積分控制器。
  3. The paper put forward a new method of machining different top and bottom shaped workpieces based on difference interpolation theory, the method calculated the displacement of prp and psp plane to equivalent accumulated displacements of uv and xy plane, which was of advantages for simplifying programming, reducing accumulative errors caused by traditional calculation method and increasing machining precision

    摘要提出了基於差分插補理論的加工上下異型面工件的新方法，把工件的下表面（參考平面， prp ）和工件的上表面（第二平面， psp ）上的插補運動位移換算為uv及xy兩平面上的位移疊加，具有簡化編程、減小傳統計算方法產生的累積誤差、提高加工精度的明顯優點。
  4. Compared with finite element method, this method is more convenient and there does not exist any accumulative error, and easily to simulate environmental temperature change

    相對通常使用的有限單元法，計算更加靈活並不存在時段累積誤差，對環境溫度波動的模擬也更加方便。
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