被控對象 的英文怎麼說

中文拼音 [bèikòngduìxiàng]
被控對象 英文
controlled device
  • 被 : Ⅰ名詞1 （被子） quilt 2 （姓氏） a surname Ⅱ動詞[書面語]1 （復蓋） cover; spread 2 （遭受） suffe...
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 對 : Ⅰ動詞1 （回答） answer; reply 2 （對待; 對付） treat; cope with; counter 3 （朝; 向; 面對） be tr...
  1. The h control can make up blemish of modern control theories and classic control theories and deal with the indetermination of the controlled object effectively

    H控制可以彌補現代控制理論和經典控制理論的缺陷，對被控對象的不確定性進行有效處理。
  2. In general, there are tow nns in the system of nns - imc. one is neuro - controller, and another is neuro - emulator. the neuro - emulator emulates the model of the plant online, and gives the jacobin of the plant to neuro - controller

    它一般包括神經網路控制器和神經網路觀測器，神經網路觀測器在線辨識被控對象的模型，以此作為系統的內部模型，並且向神經網路控制器提供被控對象的梯度信息。
  3. The rudder roll damping system is just the system whose controlled object is not square matrix. the input is rudder - order and the outputs are the roll angle and the heading angle. the input controls the two outputs

    舵阻搖系統正是被控對象為非方陣的系統，它通過輸入_ r （舵令）來控制輸出（橫搖角）和（首向角） 。
  4. The control algorithm of closed - loop gain shaping when the controlled object is not square matrix in the simo system is developed in this thesis

    本文提出了單輸入多輸出（ simo ）系統即被控對象為非方陣情況下的閉環增益成形控制演算法。
  5. The application of the control algorithm to the siso system, the unstable process and the mimo system whose controlled object is square matrix has been affirmed fully

    閉環增益成形演算法在siso系統、非穩定過程和被控對象為方陣的mimo系統中的應用已被充分肯定。
  6. Suction gas pressure goes up as the compressor run at the lower speed in the lower burthen, and this is beneficial to lower systems energy - consume. when the system is controlled by wvf, the discharge change of the evaporator is not linear ; the electronic expansion valve is adopted to regulate the system superheat degree, and the controlled object is parameter time varying, accordingly, the time varying controller should be adopted

    在負荷較小時，壓縮機採用低速運轉，吸氣壓力升高，這對系統降低能耗是有利的；變頻控制時，蒸發器製冷劑流量的變化並非線性；系統中採用電子膨脹閥進行過熱度控制，被控對象具有參數時變的特性，相應地宜採用變結構的控制器。
  7. After that, introducing weight gene, syncretized pid and fuzzy control ’ s outputs by adding weight. at last, the result of fusion was output to object controlled

    之後引入加權因子，採用加權的方法將pid和模糊控制各自的輸出進行融合，將融合的結果最後輸出到被控對象上。
  8. Because most of the components in ambs are of the nonlinear characteristics, the dynamics in ambs is very complicated. the electromagnetic force is a nonlinear function with respect to the displacement of the rotor and the controlling electric current

    主動式電磁軸承（ ambs ）被廣泛地應用於工業和航空航天工程中，但由於電磁控制力是被控對象的位移和控制電流的非線性函數，因而構成了一個非線性機電系統。
  9. This thesis introduces the working principle, craftwork requirement, modeling process, control strategies and the realization of lf refining furnance bottom blowing argon control system. through the study and analysis of bottom blowing argon process control system, the thesis discusses the mean neural network model of controlled object and the mathematical models of the exectors, pwm adjustable pressure controller and pcm adjustable flux controller according to the relevant liquid knowledge and relevant data, including design data, test data and running data. to begin with the craftwork reguirement of bottom blowing argon and the actual instance of the control system, it presents the strategies of fuzzy parameters self - adaptive pid control used in pressure difference inner loop and fuzzy plus pi compound control used in flux outer loop which are based on the above modeling in order to carry out the accurate control of argon flux

    本文介紹了lf精煉爐底吹氬過程式控制制系統的工作原理、工藝要求、建模過程、控制策略以及控制系統的實現。通過對精煉爐底吹氬過程式控制制系統進行研究與分析，並根據流體力學的有關知識以及有關數據（其中包括設計數據、試驗數據和運行數據） ，建立起了被控對象的平均神經網路模型和執行機構（即pwm調壓器和pcm調流器）的數學模型。在此模型的基礎上，從底吹氬工藝要求和控制系統的實際情況出發，提出了壓差內環模糊參數自適應pid控制策略和流量外環模糊pi復合控制策略，以實現氬氣流量的精確控制。
  10. Based neural network the model of efa has been established. since efa is a complex plant, it is difficult to establish the model

    電弧爐神經網路模型的建立，由於電弧爐是一個復雜被控對象，模型的建立是比較困難的。
  11. Electric arc furnace ( efa ) system is a complex plant, which exits serious non - linearity, time changing, strong couple. the constant impedance control method, which base on classical control theory has been used widely

    電弧爐系統是一個具有較強非線性、時變性和強耦合的被控對象，目前普遍採用的是基於經典控制理論的恆阻抗控制方式。
  12. Genetic programming was adopted to carry out the self - adaptive modeling of practical thermodynamic controlled objects

    採用遺傳規劃的方法對熱力系統實際被控對象進行進化自適應建模。
  13. With fuzzy control being rule - based control approach, not need mathematical model of objectives, it has a better control result than conventional approach in some complex nonlinear system

    摘要由於模糊控制技術是一種基於規則的控制，不需要被控對象的精確數學模型，在一些復雜的非線性控制系統中模糊控制比經典控制方法有更好的控制效果。
  14. In the engineering of control, the objects controlled usually contain some uncertainty

    在控制工程中，被控對象總是含有種種不確定性。
  15. This article designs the system from two aspects of software and hardware

    根據自動控制理論，在系統的設計中將硬體分為控制裝置和被控對象。
  16. This makes it hard to tune the parameters of the fuzzy control system

    為了保證溫室溫度模糊控制器的性能，需要根據被控對象的變化不斷調整其參數。
  17. The characteristic model is simpler than dynamics model and can fully express the plant

    特徵模型是一種比動力學模型簡單，但能表徵被控對象特徵的模型。
  18. The missile control system composed of two pares, the controller and the controlled object

    粗略地看，導彈控制系統都是由控制器和被控對象兩大部分組成的。
  19. But when the gain of controlled object changed greatly, my approach is improved considerably

    但是，當被控對象的增益變化較大時，模糊自適應控制大大優于pid控制。
  20. However, the accurate mathematics model of controlled object can hardly be established in the many circumstance

    然而，在許多情況下被控對象的精確數學模型很難建立。
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