fuzzy logic controller 中文意思是什麼

fuzzy logic controller 解釋
模糊邏輯控制器
  • fuzzy : adj. 1. 有茸毛的，覆著細毛的，如茸毛的。2. 不清楚的。fuzziness n.
  • logic : n. 1. 邏輯，理論學。2. 推理[方法]；邏輯性，條理性。3. 威力，壓力，強制（力）。
  • controller : n 1 管理人，主管人。2 （會計的）主計人，檢查員；〈英國〉（特指宮廷、海軍等的）出納官〈常作 comptr...
  1. As air conditioned room is nonlinear and has dominant time - delay, the feasibility of using fuzzy logic controller in variable frequency air conditioner is discussed based on the using of conventional pi controller, both the pi controller and the fuzzy logic controller are studied by simulation

    另外，針對空調房間具有非線性、大時滯的特點，在採用常規的pi控制的基礎上，探討了模糊控制及其改進演算法在變頻空調控制中應用的可行性，並分別進行了模擬分析研究。
  2. The design of fuzzy logic controller based on fpga

    的模糊控制器的設計
  3. The structure of a typical fuzzy logic controller ' s output

    一類典型模糊邏輯控制器的輸出結構
  4. Dual - mode optimization asymmetry fuzzy logic controller design for x aeroengine mfp

    某渦扇發動機主燃油通道模糊控制器設計
  5. Application of self - adaptive fuzzy logic controller in building automation system

    模糊自適應控制在樓宇暖通空調系統中的應用
  6. The second part is highlighted by the design of fuzzy logic controller of the system

    第二部分的重點是設計衛星環境控制系統的模糊邏輯控制器。
  7. Then particularly review the design of fuzzy logic controller and do simulation test

    之後，對模糊控制器的設計進行了較為詳細的說明並進行了系統模擬試驗。
  8. And then the basic fuzzy logic controller and fuzzy logic model reference adaptive controller are designed

    設計了基本模糊控制器和模糊模型參考自適應控制器。
  9. Based on the above, the digital logic realization of a fuzzy logic controller with peripheral interfaces is studied

    在此基礎上，本文重點研究了帶有外圍介面功能的模糊控制器的數字邏輯實現方案。
  10. Then two approaches to discuss the feasibility of applying ga to auv ' s fuzzy logic controller design are presented

    然後在此基礎上，分兩種情況討論了將遺傳演算法用於水下機器人模糊控制器設計的可行性。
  11. A method of fuzzy rules for the controller is described according to the linguistic information. compared with the traditional pid control method, the proposed fuzzy logic controller yields salient controlling characteristics and strong robustness

    由於模糊控制系統是一種不依賴于精確的數學模型的控制系統，所以它是比pid控制系統應用更為廣泛的控制系統。
  12. Through lots of simulation experiment, deeply discuss the structure of the cascade fuzzy control system and get the final project. the simulation experiments state that to import the fuzzy logic controller to the cascade control system can greatly improve the control quality of the cascade control, shorten the settling time and boost up the resistance to the inner loop disturbance

    由於模糊控制器本身存在著較大的靜態偏差，研究中提出了將普通的模糊控制器與積分控制器相結合，利用積分控制器來解決模糊控制器的靜態偏差大的弊病，可以實現良好的控制效果，在大量的模擬實驗基礎上，總結出模糊控制器引入到串級控制系統中的最佳結合方案。
  13. Flux position & error in flux magnitude and error in torque are used as fuzzy state variables. fuzzy logic is used for choosing the switching state. a fuzzy logic controller can choose the switching states according to a set of fuzzy rules based on both specialists " experience and knowledge, which improves the response performance of the system effectively during start - up and change in load

    作為本文的一個創新點，針對普通的直接轉矩控制在給定轉矩躍變時反應較慢的缺點，提出了一種模糊控制器，把磁鏈位置、磁鏈誤差和轉矩誤差作為模糊輸入變量，應用模糊邏輯來確定逆變器的開關狀態，該模糊控制器根據一套基於專家經驗和知識的模糊規則來選擇開關狀態，從而有效地提高了系統在啟動和負載突變時的響應速度。
  14. A problem is choosing the control current of mr damper. in this paper, fuzzy logic controller is introduced to choose the control current, and full - state intelligent control for structures is carried and fuzzy logic full - state control is proposed. 3

    對于磁流變阻尼器控制電流的精確選擇問題，本文引入模糊邏輯控制器進行電流選擇，並實施對結構的全態智能控制，提出了模糊邏輯全態控制； 3
  15. Some people try to use fuzzy logic controller autopilot to improve the control properties of the heading control and they got better results such as enhancing the system robust property and much rapid system response

    本文的研究的目的是提出一種控制效能智能控制自動舵，其目標為改善基於經典控制理論的pid自動舵的控制效果。
  16. Based on the auv ' s motion simulation system, the basic fuzzy logic controller is established using manual trial - and - error process at first

    論文基於水下機器人的運動模擬系統，首先以手工試錯方式建立了基本的模糊控制器。
  17. Another problem is time - delay being in the control of mr structure, hi this paper, one input of the fuzzy logic controller is the seismic acceleration that avoids some time - delay being in the control. but time - delay being in the structure still is n ' t solved, so the neural network technique is introduced to predict the seismic responses of structures to avoid it, and the bi - state neural network control and fuzzy full - state neural network control are proposed. 4

    對于磁流變阻尼結構控制中的時間滯后問題，本文將地震加速度作為模糊邏輯控制器的一個輸入，消除了控制中部分滯后問題；但仍存在著結構本身的滯后問題，對此引入神經網路對建築結構的地震反應進行預測，並基於預測的動力反應和實測結構的動力反應的綜合值作為模糊邏輯控制器的輸入來消除建築結構本身的時滯，並提出了雙態神經網路控制和模糊全態神經網路控制； 4
  18. Although fuzzy logic controllers have been successfully applied in many complex industrial processes, the fuzzy sets theory has some problems now, for example, the steady control performance of the fuzzy logic controller and the acquisition of control rules and membership functions rely to a great extent on empirical and heuristic knowledge. hence, in the fuzzy controller design, the acquisition of control rulers and the determination of the fuzzy membership functions are a bottleneck of the design of the fuzzy controller

    盡管模糊控制器在許多復雜的工業過程式控制制中取得了成功的應用，但是，模糊控制理論尚存留了一些問題，還沒有得到完全地解決與完善，例如：常規模糊控制器的穩態性能的問題，以及模糊控制器的控制規則和隸屬函數參數是根據經驗而獲取的，因此，控制規則的獲得與隸屬函數參數的確定一直是模糊控制器設計過程中的一個瓶頸問題。
  19. According to the driving experience of human, the rules of fuzzy logic control are established. a distributed fuzzy logic controller is used for avoiding multiple dynamic obstacles. through changing the steering angle and velocity of robot, this method can solve the collision avoidance problem in dynamic unknown environments

    該方法依據人類駕駛經驗制定模糊規則，並採用分散式模糊控制方法，通過控制機器人的轉角和速度，解決機器人避碰多動態障礙物的問題，並將該方法引入到多機器人之間的避碰。
  20. The fuzzy logic controller designed in this study determines the required angular used in the dc chopper control based on motor speed error and its change

    設計的模糊控制器以電機的轉速偏差及轉速偏差率為輸入，輸出量用於控制斬波調速時的導通角。
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