自校正的 的英文怎麼說

中文拼音 [zìjiàozhēngde]
自校正的 英文
self-correcting
  • 自 : Ⅰ代詞（自己） self; oneself; one s own Ⅱ副詞（自然;當然） certainly; of course; naturally; willin...
  • 校 : 校名詞1. （學校） school 2. （校官） field officer3. （姓氏） a surname
  • 正 : 正名詞（正月） the first month of the lunar year; the first moon
  • 的 : 4次方是 The fourth power of 2 is direction
  • 校正 : check; correction; adjust; revise; proofread and correct; rectify; calibrate; make true; master c...
  1. A generalized minium variance pole assignment pid self - tuning controller can be used for the system with gentle time - varying delay. the controller algorithm is simplified. its effectiveness has been shown in many simulation uses

    在考慮系統時滯特性的情況下，提出了適合一類時滯系統的廣義最小方差極點配置自校正控制器，並對控制器演算法進行了簡化，使該控制器簡單易行，適應性強，模擬結果表明它的有效性。
  2. On the basis of essential nonlinear characteristics in municipal wastewater biology treatment process, control strategy of fuzzy self - revised method based on neutral network is adopted and some different degree of membership functions which will influence on control error are compared in order to improve control prevision

    摘要針對城市污水生物處理過程存在的本質的非線性特性，採用了基於神經網路的模糊自校正方法的控制策略，同時為了提高控制的精度，比較了各種不同的隸屬度函數對控制誤差的影響。
  3. Self - tuning predictive compensating control of the water content of material slurry

    料漿水分含量的自校正預測補償控制
  4. A kind of gain error correction scheme for sample - and - hold circuit

    保持電路中的一種增益誤差自校正方法
  5. There are many methods for measuring impedance and commercial lcr meters may have very different working principles. it is more advisable that customers submit their impedance standards for calibration, which in turn can be used to perform in - house checking of their lcr meters. however, the laboratory may offer performance checks for lcr meters using impedance standards

    測量阻抗的方法有多種，故此市面上的電感電容電阻計或有截然不同的操作原理，一種比較適當的做法是客戶將其阻抗標準器送來本所校正，然後客戶可利用這些已校正的標準器替自己的電感電容電阻計進行測試。
  6. An indirect self - adaptive fuzzy - neural network controller ( fnnc ) has been proposed with its parameters and the structure tuned simultaneously by ga in virtue of the powerful optimization property of ga. the structure of the controller is based on the radical basis function ( rbf ) neural network with gaussian membership functions. the performance of the proposed fnnc is compared with a conventional fuzzy - pid controller and the simulation results show that the fnnc presents encouraging advantages

    針對神經網路採用一維反向傳播訓練演算法速度較慢且易於陷入局部極小點的不足，設計了一種間接自校正模糊神經網路控制系統，利用遺傳演算法（ ca ）對隸屬度函數的結構和參數進行優化，模擬比較表明該控制比模糊pid控制具有更優的性能。
  7. It was reasonable to treat it as a self-righting mechanism.

    把它當作一種能夠自行校正的結構，是合理的。
  8. A pcc based stepping motor driven dual control governor for kaplan turbine is presented in this paper. the governor adds the function of adaptive control of blades and radius basis function cam network based on the current pcc based stepping motor driven single control governor

    該調速器在當前pcc步進式水輪機單調整調速器的基礎上引入了槳葉自適應控制和基於rbf網路的協聯裝置，可定期對轉槳式水輪機協聯關系進行自校正，保證水輪機始終運行在較高效率區。
  9. The mutual coupling between elements is expressed in terms of the normalized impedance matrix of the uniform linear array, the concise expressions for the optimized weight of the lms algorithm and the signal - to - interference - plus - noise ratio are given. the effect of mutual coupling on the performance of the sinr is illustrated with two examples, a method for compensating the mutual coupling is present, the compensation effect of this method is verified by example

    用譜分析法，把陣元問的互耦用陣列的歸一化阻抗矩陣來描述，推導了均勻線陣的最佳權矢量及信號干擾噪聲比的表達式，模擬計算了互耦對自適應天線陣列的信號干擾噪聲比的影響，給出了一種校正互耦的方法，數值模擬了校正的效果。
  10. The industrial furnace is a complex and unwieldy object for control. scholars of control are paying a good deal of attention to this problem ' s solution. in this paper robust self - regulating algorithms is put forward, base on human practical operating for adjust system " s gain

    基於人類在實際控制操作中調整控制增益的思想，提出一種魯棒自校正模糊控制器，並針對兩種不同對象進行了模擬研究，驗證其性能指標優于傳統模糊控制器。
  11. If it is not good enough, optimal control module based on principle component analysis and clustering search will function for optimization. this algorithm makes no request for accurate analytical model and maintains search efficiency and self - adjusting performance by an optimal parameter set derived from process data, which is proved to be effective. by practical running of dcs, a prominent tracing performance is gained and variation of parameters is limited in a small range, which enhance stability and production benefit of sintering process obviously

    燒結過程是一個影響因素復雜、干擾嚴重、具有不確定性的工業過程，傳統的基於對象精確解析模型的優化策略難以奏效，因此在控制參數優化模塊中提出了一種基於主元分析和聚類搜索的優化匹配演算法，該演算法不要求對象的精確模型，其搜索效率和自校正性能依賴于從生產過程歷史數據中抽取的優化參數樣本庫，充分利用了燒結生產過程積累的生產數據所包含的信息，取得了不錯的效果。
  12. In this paper, we derive predictive models of system and auxiliary system from double constant alterations respectively. the controller based on d - step ahead predictor can locate the closed loop poles at desired positions, whose parameters are adjusted by estimations of plant parameters that are separately estimated. an auxiliary estimator is developed to avoid ill - condition in solving diophantine equation. simulations show that these control systems have better dynamic responses under existence of measurable disturbance

    引入雙恆等變換推導出系統及輔助系統的的d步預測模型，基於估計器的自校正控制器能將閉環極點配置在所希望的位置，它的參數是由與其相互獨立的對象參數調節.提出使用輔助估計器克服丟番方程的病態問題.模擬表明在存在可測干擾的情況下該系統具有良好的動態性能
  13. Abstract : in this paper, we derive predictive models of system and auxiliary system from double constant alterations respectively. the controller based on d - step ahead predictor can locate the closed loop poles at desired positions, whose parameters are adjusted by estimations of plant parameters that are separately estimated. an auxiliary estimator is developed to avoid ill - condition in solving diophantine equation. simulations show that these control systems have better dynamic responses under existence of measurable disturbance

    文摘:引入雙恆等變換推導出系統及輔助系統的的d步預測模型，基於估計器的自校正控制器能將閉環極點配置在所希望的位置，它的參數是由與其相互獨立的對象參數調節.提出使用輔助估計器克服丟番方程的病態問題.模擬表明在存在可測干擾的情況下該系統具有良好的動態性能
  14. This paper is mainly the research on the design techniques, facture technics, non - linear self - emendation and temperature - bias self - compensate techniques of dif - pressure sensors

    本論文主要研究了差壓傳感器的設計方法、製作工藝、非線性自校正及溫度漂移自補償等技術。
  15. This paper has got an analytical expression with temperature information by curve matching technique, by this means, we can not only predigest hardware circuit but also realize the function of selfrevision and selfcompensation

    本論文應用曲線擬合技術，融入溫度信息，得出帶有溫度信息的壓力解析表達式，此方法簡化硬體電路且可實現自校正自補償功能。
  16. The electro - hydraulic servomechanism based on state feedback self - correction controller

    基於狀態反饋自校正的電液伺服控制系統
  17. This paper discusses three improving schemes : the compound control method of fuzzy control and integration control, the fuzzy control with on - line parameter self - correction, and the non - quantized fuzzy control

    本文討論了三種改進的控制方案：引入積分控製作用的模糊復合控制方法，參數在線自校正的模糊控制方法以及無模糊量化方法。
  18. In this paper, starting form the view of emulating human ( control expert ' s ) macrostructure and behavior functions, basing on the theory called human simulating intelligent control ( hsic ) and the method of analyzed phase - plane, the author proposes a new human simulating intelligent control ' s method with its parameters that have the ability of self - leaning and self - tuning online

    該論文從對人（控制專家）宏觀結構模擬和行為功能模擬的觀點出發，在已有的仿人智能控制演算法和相平面的分析方法基礎上，提出了一種新的參數在線自校正的仿人智能控制演算法。
  19. Under the guidance of intelligent analytical methods by decomposition of the control tasks and the intelligent decoupling strategies by the proper coordination among the complicated objectives ( proposed by chen qingchun ), following the pose adjusting phase method of the cart - doubled pendulum system （ proposed by zen ji ）, the author clearly plot out the phases of pose adjusting and stabilization in the phase - plane, using it instead of the previous control policy which plot out phases of pose adjusting and stabilization by simulative time

    首次在誤差相平面上對小車二級倒立擺的姿態整定階段和穩擺階段作出了明確的劃分，並用以替代以前用模擬時間來劃分姿態整定階段和穩擺階段的控制決策。接著將參數在線自校正的仿人智能控制演算法引入小車二級倒立擺穩擺階段，提高了它的魯棒性和適應性。
  20. All of these three schemes can improve the static performance of forzy control system notably. the fuzzy control method with on - line parameter self - correction can also improve the system ' s dynamic performance effectively, and the non - quantized fuzzy control method with analytic expression is convenient for the adaptive adjustment of the fuzzy rules

    各方案均能顯著改善模糊控制系統的穩態性能，其中參數在線自校正的模糊控制方法還能有效改善系統動態特性，而具有解析表達式的無模糊量化方法便於實現模糊規則的自學習調整。
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