控制對象 的英文怎麼說

中文拼音 [kòngzhìduìxiàng]
控制對象 英文
controlled member
  • 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...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 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...
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. The two - dimensional henon chaotic nonlinear map is effectively controlled by the proposed approach. secondly, because of the distinguished advantages, such as rapid convergency and strong approachability, the rbf networks is trained as chaotic controller by ogy scheme, then successful of controlling the henon chaotic map

    其次，利用一種學習過程收斂速度快、擬合能力強的rbf神經網路，以ogy法為依據，訓練網路成為混沌控制器，仍以henon映射作為混沌控制對象，對其混沌行為實施了成功控制。
  2. The thesis starts with the producing technological process firstly and designs the first domestic automatic product line of the vehicle licence plate ' s semi - products. and through the analysis of the main control objects of the automatic production line, we choose the unwinding tension control system of the aluminium cingulum ' s sticking tache as the research object

    本論文首先從車牌半成品的生產工藝流程入手，對國內首條車牌半成品自動生產線進行了設計，並通過對車牌半成品自動生產線的主要控制對象的分析，選定了鋁帶貼膜環節的反光膜放卷張力控制系統作為本課題的研究對象。
  3. That is, vibration caused by the first part of the command signal is canceled by vibration caused by the second part of the command. input shaping is implemented by convolving a sequence of impulses, an input shaper, with any desired command

    輸入成型通過把參考輸入信號和一系列脈沖進行卷積，得到成型輸入信號，而成型輸入信號作用於控制對象，其中這脈沖序列就是輸入成型器。
  4. Visual harassment laser systems. these deliver blurred vision, holographs and so on to disorientate the target and / or experiment ; victims ' reactions being monitored to study how best to " control " targets

    視覺干擾激光系統。這些傳遞視覺，全息影象等以迷惑目標以及/或進行試驗，受害者的反映被監測者研究如何更好的「控制」對象。
  5. In the positioning servo - system, which generally is configured by the d. c. pulse width modulator ( pwm ) velocity governing system and position servo - loop, the parameter perturbance of pwm velocity loop really exist by reason of such as the load behavior ; power voltage supply ; operating setting value, etc. 1, 2 ， and it cannot be ignored. by using the identification technique to form the mathematical model of the system, authors have confirmed the facts. therefore, to design the discrete sliding mode controller ( dsmc ) of the positioning servo - system, the perturbed parameters value bounds of the pwm velocity loop, which is as the controlled plant of position servo - loop, should be accounted. consequently, the design principle of dsmc for accounting system with parameter perturbance is proposed by the authors. the proposed method can ensure the stability of system with parameter perturbance and the behavior of non - overshoot, fast precise positioning. in order to reveal the effects of the design method, the comparative research work is done by the authors. also, it has been tested in an industrial experiment, the results proved it is satisfactory

    由直流脈寬調速系統（ pwm ）和位置環構成的定位系統中，速度環的參數隨負載特性；電網電壓；給定工況而攝動是不容忽視的.作者通過系統辨識建模也證實了這一事實1 ， 2 .因此在設計位置環的離散滑模控制時，必須針對速度環（即位置環的控制對象）的參數攝動范圍採用「對象參數攝動離散滑模控制器的設計方法」 ，以確保系統在參數攝動時的穩定性和快速、無超調、準確定位的優良動態品質.為剖析該設計方法的控制效果，本文作了對比性研究，並將該設計方法用於工業試驗中，取得了滿意的結果
  6. Design the scanning movement control unit of compton back - scattering imaging scanner, mainly point out the control targets clearly, describe the control principle, etc. discuss the features and technical indexes of this unit

    明確指出了該子系統的控制對象，闡述了控制的原理，根據工作要求確定電機及驅動模塊的型號。論述了該系統的性能特點與技術指標。
  7. In a conventional hvac control system, only air temperature and air humidity are controlled. as a result, the air - conditioned room is always not thermal comfortable enough, and the energy - conservation potentials is ignored either

    傳統的空調控制系統以室內空氣的溫濕度為控制對象，結果是空調系統不僅不能提供滿足人體熱舒適需求的熱環境，並且常常忽略了系統的節能潛力。
  8. To air - condition temperature control system, in this paper, firstly, the mathematical model is established by using the differential equations method. though equations deducing to find the control object, which is the relationship between the rooms " temperature - time constants and control system ' s kinds of performance indexes, elucidate the effects of the big rooms " temperature - time constans to the control system. then combined with the requirements of air - condition craft to the control, it is proposed that the main question needed to be solved under the air - condition control system designing is its quickness

    本文首先針對空調溫度控制系統，建立數學模型，採用微分方程法，通過公式推導，找出空調控制對象? ?房間溫度時間常數與系統各項性能指標的關系，闡明房間溫度時間常數大對控制系統的影響，再結合空調工藝對控制的要求，提出了對空調控制系統的設計應主要解決其快速性問題。
  9. Then the measured frequency characteristic can be converted to high accurate transfer function with curve fit method, rational initial parameters choice and fitting in different frequency range method

    使用曲線擬合方法，輔助以合理的初始參數選取及分段擬合方法，將測量得到的控制對象頻率特性轉化為高精度的傳遞函數。
  10. An idea, simulating the fuzzy model by establishing the fuzzy model and fuzzy control rule of the controlled object is proposed. generally, it is difficult to acquire the accurate mathematical description of the controlled object. a dynamic modulating factor is introduced in the designing of the fuzzy controller so as to improve the precision of the fuzzy control. and a more convenient defuzzify calculation method is adopted. the cart and the single inverted pendulum are taken so as to illustrate the simulation result. in addition, the detailed qualitative analysis of the fuzzy system is achieved. a kind of common method of qualitative analysis is proposed. it can be used to analyse the fuzzy system and describe the behavior of the system state precisely in the phase plane. the simulating results illustrated the method is feasible and available

    提出了在難以精確描述控制對象數學模型的情況下，通過建立控制對象的模糊模型來確定系統的模糊控制規則，並對模糊系統進行模擬分析的思想.利用連續系統定性分析的思想，提出一種對模糊系統進行定性分析的可行方法，在相平面內較為準確地刻畫模糊系統的動態行為.在模糊控制器的設計中，引入動態調節因子來提高模糊控制的精度，並採用了一種便於實際運算操作的解模糊運算方法.在一種簡單的控制對象情況下進行了具體的模擬計算，得到較理想的控制效果.此外對具有精確數學模型的一級倒立擺系統進行此種模糊控制，亦取得很好的模擬結果
  11. This paper introduces the development process of wastewater disposal, it ' s auto control system, the level of nowadays and several new techniques of china and foreign countries. the immanent structure, control rules, main features and design methods of auto control systems in wastewater disposal process are studied in this paper. aiming at four typical parameters, such as temperature, dissolved oxygen, ph and the planes of water, the distributed control system is designed, composed by pc called epigyny computer and scm 8098 called hypogyny computer, and some sensors, shift deliver utensils and related meet orifices of parameters gathering and figures communication

    本文介紹了國內外污水處理及其自動控制系統的發展過程、當今水平和提高自動化程度的若干新技術；研究了污水處理自動控制系統的內在結構、控制規律、主要特點和設計方法；選取污水處理中的典型參數溫度、溶解氧、 ph值和液位等為控制對象，設計了以個人計算機為上位機、以8098單片機為下位機，並輔之以傳感器、變送器及相關介面單元所構成的二級集散控制系統（ dcs ） ；介紹了幾個主要程序模塊的設計思路、工作過程，這些程序模塊是：用高級語言visualbasic6 . 0開發的上位機人機交互界面程序、數據處理和圖表輸出程序，用執行效率高的匯編語言開發的下位機數據採集與系統監控程序、上位機與下位機之間的數據通信程序，匯編語言與vb之間的轉接程序，等等。
  12. Monitor various data of electric power systems from various menus which designed by human - machine interface menu design system in real time, include the displaying of remote measure 、 remote communication 、 electric power # 118alues, remote control operating of the controlled objects, reading and writing the fixed # 118alues of the hypogyny equipment

    在人機界面設計系統設計的各種畫面上實時監控電力系統的各種數據量，包括遙測量、遙信量、電度量的顯示，以及對控制對象的遙控操作和下位裝置的定值讀寫。
  13. You have control over the restoration of objects

    您還可以控制對象的恢復。
  14. We recommend using groups to control access to objects

    建議使用組來控制對象的訪問權。
  15. This is the underlying java object that controls the objects behind the jsp

    這是在jsp後端控制對象的底層java對象。
  16. These manifest files, rather than registry keys, direct the activation of an object

    這些清單文件（而不是注冊表項）控制對象的激活。
  17. A surrogate is an object that can control serialization or deserialization of an object. the

    代理項是可以控制對象的序列化或反序列化的對象。
  18. Then fuzzy control model is selected to implement automatic regulation for controlled object

    選擇模糊控制模型，實現了對控制對象的自動調節。
  19. The math - model and dynamic characteristics of 300mw unit are discussed. 2

    系統討論了國產300mw單元機組協調控制對象的數學模型及其動態特性。
  20. Load / pressure plant of turbine - generator unit is a complicated multivariable control plant

    火電廠單元機組負荷/汽壓對象是一個相對復雜的多變量控制對象。
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