表控制演算法 的英文怎麼說

中文拼音 [biǎokòngzhìyǎnsuànfǎ]
表控制演算法 英文
table-driven algorithm
  • 表 : Ⅰ名詞1 （外面;外表） outside; surface; external 2 （中表親戚） the relationship between the child...
  • 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...
  • 演 : 動詞1 （演變; 演化） develop; evolve 2 （發揮） deduce; elaborate 3 （依照程式練習或計算） drill;...
  • 算 : Ⅰ動詞1 （計算數目） calculate; reckon; compute; figure 2 （計算進去） include; count 3 （謀劃;計...
  • 法 : Ⅰ名詞1 （由國家制定或認可的行為規則的總稱） law 2 （方法; 方式） way; method; mode; means 3 （標...
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. The fuzzy algorithm can be summered with such formula : the fuzzy controller with revising factor is a adapting fuzzy controller. it realize self - adjusting of controlling rules on line

    模糊控制演算法可用下式表示：採用了修正因子的模糊控制器接近一個自適應的模糊控制器，實現了控制規則的在線自調整。
  2. The simulation results show that the power factor and efficiency of lim are much lower than that of rotary induction motor due to end effect and big air gap of lim. end effect force has a great influence on the thrust of lim. the performance of lim can be improved with the proper secondary structure, small air gap, big goodness factor or heavy load

    結果表明:受邊端效應及大氣隙影響，直線感應電機功率因數及效率較低;運行狀態下的邊端效應力對電機推力有較大影響;設計電機時選用合適的次級材料、減小氣隙、增大品質因數、增加負載都可提升電機的輸出性能，通過設計有效的控制演算法可使電機在額定滑差下具有較高的運行效率。
  3. Secondly, during the braising offline temperature control loop of the oil production - lixiviating procedure, the controlled object, which is hard to build the extract model, has the characteristics of large inertial, big time - delay. the control strategy of the combination of fuzzy logic arithmetic and normal pid arithmetic is introduced in this paper, the basic principle and actualization method of fuzzy - pid are analyzed. the design model is simulated in matlab and the result proves good control performance

    其次，玉米油生產浸出工序的蒸脫機溫度控制迴路中，被控對象具有難以建立精確的數學模型，且具有大慣性、大滯后的特點，研究運用模糊控制演算法和經典pid控制演算法相結合的控制策略，分析了模糊pid控制演算法的原理和實現方法，並運用matlab軟體對設計的系統進行模擬，模擬結果表明，達到較好的控制指標。
  4. The system emphasized on attempting to applying fuzzy in the automatic - controlling technology of greenhouse environmental parameters. fuzzy controll is based on the theory of fuzzy mathematics, fuzzy language, fuzzy logical, and adopt digital controlling from which use of computer technology and has feedback and structure

    本系統研究的重點是模糊控制演算法在溫室環境參數自動控制系統中的嘗試應用。模糊控制是以模糊數學、模糊語言形式的知識表示和模糊邏輯的規則推理為理論基礎，採用計算機技術構成的具有反饋閉環結構的數學控制形式。
  5. To solve this difficult problem, this paper presents an innovated digital matching machining method, which integrates many techniques such as curved surface automatic tracking, data acquisition, mathematical analysis, cnc and digitizing. a new algorithm is introduced to track and sample a large - scale rotary surface with the use of three - dimensional scanning probes

    研究了蒙皮內表面的數字化採集技術，提出了採用三維掃描測頭進行大型不規則回轉面自動跟蹤測量的控制演算法及密集數據採集方法；研究了蜂窩夾芯表面的數字化加工技術，提出了以回轉軸為基準的隨動控制插補方法。
  6. The stochastic state feedback controller and the stochastic output feedback controller for networked control systems with long time delay are designed. the separation principle is proved to still hold in networked control systems with long time delay. without considering the noise of the system, this stochastic state feedback controller can render corresponding networked control systems exponentially mean square stable

    提出了將網路控制系統中的隨機時延轉化為確定性時延的實現條件和實現方法；設計了確定性網路控制系統的分步變換狀態反饋控制器和基於狀態預測的狀態反饋控制器；設計了確定性網路控制系統的輸出反饋控制器和具有時延補償功能的多步預測控制器；模擬結果表明了各種確定性控制演算法是正確的和有效的。
  7. First, in this paper, powercontrol technology is discussed, including its principle, methods of realization and status of research. then reverse outer - loop power controlarithmetic based on fer ( frame error rate ) measurement and adaptive variablestep - size inner - loop power control arithmetic are proposed. the simulation is doneand the result shows the deviation is smaller using the arithmetic fortracking the idealfer

    然後在此基礎上給出了基於誤幀率fer （ frameerrorrate ）測量的反向外環功率控制優化演算法和自適應變步長內環功率控制演算法，計算結果表明，與傳統的外環演算法相比本文模型化的演算法對目標fer的跟蹤具有較小的誤差。
  8. By simulation, the paper subsequently shows the feasibility of the method, and the result shows that this method is much advantageous over traditional methods in stability

    本文隨后設計了該邏輯演算法的模擬實驗，驗證了演算法的可行性。結果表明，與傳統的控制演算法相比，該方法還在穩定性方面具有突出的優點。
  9. Simulation results shows that adaptive control algorithm can make the output of aircraft landing gear approach to the reference output rapidly and the control system possess of good performance of robustness. hence, the control method is effective

    模擬結果表明:自適應控制演算法能夠使起落架的控制變量快速達到理想的參考模型輸出並且控制曲線平滑，同時控制系統具有很好的魯棒性能，增強了系統的抗干擾能力。
  10. Based on the pim, the closed - loop and closed - open - loop control algorithm under the instantaneous optimal control strategy are acquired, so it has practical significance in active control. at last, the simulation analysis of numerical examples demonstrate that the methods are superior to the conventional numerical methods, and has excellent precision, efficiency and stability

    最後，在c + + builder環境下編制各演算法程序，算例模擬結果表明，本文演算法優于經典數值解法，有很好的計算精度、效率及穩定性，且精度易於控制；同時，用精細積分下結構控制演算法進行結構控制模擬，得出較理想控制效果。
  11. The simulation result shows that the control algorithm can improve dynamic characteristic of the automatic control system efficiently

    模擬結果表明，該控制演算法較之常規控制演算法，在超調量等性能指標方面能夠非常有效的改善自動控制系統的動態性能。
  12. The control algorithm is studied and simulated using matlab software. the result of simulation indicated that the control system has small exceeding value and good stability when use this control algorithm

    用matlab軟體對控制演算法進行了研究與模擬，模擬結果表明該控制器具有較小的超調量和較好的穩定性。
  13. In basic action layer ' s designing, it uses a fuzzy - pid control algorithm that brings the system with a good dynamic and static performance. in the whole decision - making process, the protean situation on the competition ground is expressed by an artificial intelligence method for describing the state space that is constituted by selecting a small number of discrete representative states. desired actions are set for every robot based on the tasks of the system and the strategy

    其中在進行基本動作層的設計時，採用了模糊控制與pid控制相結合的智能控制演算法，使系統具有良好的動、靜態品質；而在進行整體決策時，採用了人工智慧的狀態空間表示方法，在比賽場上瞬息萬變的態勢中選擇少量的具有代表性的離散狀態來構成狀態空間，再根據系統需要完成的任務，為機器人確定有限的動作集合，並通過決策推理，給每個機器人選擇合適的動作，從而決策得出機器人的左右輪轉速值，實現對系統的實時控制。
  14. We have a system modeling for melting part and clearing part in order to get the quantitative information. the intelligent arithmetic has been proved to be valid by computer simulation for those models

    為了對窯爐特性有定量的認識，對熔化部、澄清部溫度進行了建模研究，並給出了控制演算法對所建模型的控制模擬結果，表明演算法的可行性。
  15. Based on improvement of standard fuzzy controller, an integrated intelligent algorithm combining fuzzy logic with integral function and adaptive parameters is presented. the simulation results show it has better performance than conventional pid controller

    論文在標準模糊控制器基礎上，採用加積分環節的模糊控制演算法，自適應模糊控制演算法，模擬運行的結果表明其控制效果要優于pid控制。
  16. According to the results of the simulation and experiments, it is known that with the controller which is depended on the h algorithm the system is self - adaptive and has the robust character for the change of the model parameters. and the outside inferences and load variation can be retained effectively

    模擬和試驗結果表明，本文基於h _控制演算法設計的控制器可以使系統具有良好的跟蹤特性和對系統參數攝動的魯棒性，可以有效地抑制負載變化和外界干擾，滿足了系統的要求。
  17. The result demonstrates that the algorithm of mixed iterative learning control can suppress the vibration of the model by 15 %

    模擬及試驗結果均表明:迭代學習控制演算法在對懸臂梁的振動抑制上具有良好的效果。
  18. The results indicated that the control arithmetic has the advantage of simplicity and efficiency, and the on board prototype computer could satisfied the requirements of the operating speed

    模擬結果表明，所設計的定姿與控制演算法簡單、有效；星載計算機滿足控制演算法對計算速度的要求。
  19. Firstly, i introducesome representative cac arithmetic in mobile communication networks and somecommoncac arithmetic in cdmasystems. these arithmetichavetheir own differentcharacters, and a practical cac needs consider all kinds of factors synthetically. so, inthe base of the above arithmetic, i put forward two improved arithmetic which are aimproved cac arithmetic bases on mbgc and a new cac arithmetic bases on gos, consideringsoft capacitycharacteristicofcdmasystems, intheend, iproposeakindof arithmetic based on different interference thresholds, which gives the differentinterference thresholds aimed at the different services

    接下來則重點討論了呼叫接納控制演算法，先介紹了移動通信網路中的一些較具代表性的呼叫接納控制演算法和cdma系統中的常用演算法，這些cac演算法各有不同的側重點，一個實用的cac需要綜合考慮各方面的因素，所以在上述演算法的基礎上，提出了改進演算法:基於mbgc （可移動邊界保護通道）的呼叫接納控制演算法和基於gos （服務等級）的呼叫接納控制演算法。
  20. To transform a voltage - control problem to a current - control problem, a current - controlled voltage - source inverter ( cc - vsl ) is considered, and a power flow controller based on ph control algoritltnm is designed to improve dynamics of control system and implement closed - loop control to active and reactive power. to promote adaptation and robust, a self - tuned p1 power controller based on fuzzy rule is presented

    論文還探討了採用電流跟蹤控制pwm電壓型逆變器實現sssc的問題，將注入串聯電壓控制問題轉換為逆變器的電流控制問題，以此建立了sssc控制系統的結構，並設計了基於pi控制演算法的sssc的潮流控制器，模擬表明其改善了系統動態特性，實現了對p和q的閉環控制。
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