神經控制 的英文怎麼說

中文拼音 [shénjīngkòngzhì]
神經控制 英文
nervous control
  • 神 : Ⅰ名詞1 （神靈） god; deity; divinity 2 （精神; 精力） spirit; mind 3 （神氣; 神情） expression; l...
  • 經 : 經動詞[紡織] （把紡好的紗或線梳整成經紗或經線） warp
  • 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...
  • 神經 : nerve; nervus
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. In order to prove the feasibility of the control method mentioned, both the semiphysical test for the plant simulated by analogue computer and the model test for the cantilever beam are designed and finished with the study of the parameter selection in realization

    對離線建模的智能旋翼頻域神經控制方法進行了試驗驗證研究，試驗分兩種情況：以模擬計算機模擬受控對象的半物理模擬試驗與懸臂梁振動響應控制試驗，並研究了實現中的參數選擇問題。
  2. Fuzzy neural controller based on genetic algorithm

    基於遺傳演算法的模糊神經控制器
  3. Anchored to the skull, and activated by nerves, the facial muscles control the movement of the fat and skin that covers them

    顏面肌肉附著在頭顱上，並由神經控制皮膚與皮下脂肪的各種運動。
  4. Because of the periodicity of the hub oscillatory load and the nonlinearity of the i / o relationship of the smart rotor, the neural control methods with both off - line and on - line modeling in frequency domain on the smart rotor and their realization procedures are presented

    飛行中直升機的槳轂交變載荷以周期性的為主，而智能旋翼的輸入輸出關系具有非線性特徵。據此，本文提出離線建模的和在線建模的智能旋翼頻域神經控制方法，並給出實現的具體方案細節。
  5. The neural control of visually guided eye movements. pp. 3 - 46

    視覺引導的眼球運動的神經控制。第3 - 46頁。
  6. Research on syncretic algorithm of genetic algorithm and neural control

    遺傳演算法與神經控制的融合演算法研究
  7. The stabilizing system of the spine consists of passive, active and neutral control subsystems

    脊柱的穩定系統由被動系統、主動系統和神經控制系統組成。
  8. A survey of the development of neural networks, the neuro - control systems and fuzzy control system is summarized

    綜述了神經元網路和神經控制的發展與狀況、模糊控制的研究狀況； 2
  9. Before 80, he worked on the trophic relationship between nerve and muscle, especially the neural determination of muscle fiber type characteristics

    年代前，他主要研究神經和肌肉間的營養性關系，特別是肌纖維類型特徵的神經控制。
  10. Since early seventies, he started to investigate the trophic relationship between nerve and muscle and the neural determination of muscle fibre types

    從70年代初開始，研究的主要問題是神經肌肉間營養關系和肌纖維類型的神經控制。
  11. A survey of neural networks, neuro - control and time - delay systems is summarized, and the problems existing in time - delay control systems are also discussed. 2

    綜述了神經網路、神經控制及時滯系統的研究現狀，並就基於神經網路的時滯系統控制方法提出了作者的一些觀點； 2
  12. So, the modeling and control of the specific complex nonlinear dynamical systems have been studied systematically based on wavelet theory and nonlinear system control in this dissertation

    本文基於智能控制中的模糊神經控制理論，對這一復雜過程的建模和控制問題進行了研究。
  13. Flexion - extension radiographs taken at the end - range of movement will capture only the function of the passive stabilizing subsystem and fail to address the active and neural control subsystems

    腰椎屈伸側位片拍攝的是腰椎活動的最後階段，只反應了脊柱被動系統的功能，而沒有反應主動系統和神經控制系統的功能。
  14. Locomotion study laboratory focuses research on normal and pathological human motion and foot pressure analysis, functional evaluation of limb prosthesis and orthotics, parametric analysis of prosthetics alignment, motion - aid device functional analysis, motor control study

    動作分析實驗室：專門研究正常與有疾病之人體動作與足底壓力分析；下肢義肢與支架輔具功能評估；義肢校正參數標準化研究；行動輔助器功能評估；神經控制動作分析。
  15. After the analysis of several important aspects of neural control, two novel neural controllers are then proposed. the first controller fam neural controller ( famnc ), based on pre - defuzzifing fam, is presented for bridging the gap between fam and nn. the equivalence of pre - defuzzifing and general fam is proved constructively

    在分析了神經網路控制的一些關鍵技術基礎上，提出了預去模糊fam原理和fam神經控制器，給出了預去模糊fam和一般fam的等價性的構造性證明。
  16. Avoiding the use of mathematic models, the fuzzy logical control ( flc ) system meets the control demands of the tunnel ventilation process well which is a nonlinear distribution system. but because of its lacking of learning and adaptive ability, many problems has emerged when using flc : the membership functions of the fuzzy variables cannot be changed, the fuzzy logical rules cannot be modified automatically when environmental variables such as traffic model, average exhaust, etc, are changed. for this reason, the paper uses fuzzy neural network control ( fnnc ) system to improve the control process

    模糊控制系統避開了數學模型，能很好適應公路隧道通風系統非線性和分散式參數特徵，但是模糊控制系統本身的學習和適應能力差，導致了模糊變量各語言值隸屬函數和控制規則不能隨著環境參數（如交通量、基準排放量等）的改變而自動調整和修改等問題，本文將具有強大學習能力的神經網路融合到模糊控制系統中，研究和探討了隧道通風模糊神經控制方法。
  17. According to the research on the artificial neural networks （ ann ） and neural control technology, this paper then discusses how to use ann theory in mps4000 substation integrated automation system

    針對這一點，通過對人工神經網路與神經控制理論與作了一定的研究分析，提出了在mps4000變電站綜合自動化系統中應用人工神經網路理論建立的模型。
  18. The interaction between brain regions dealing with conflict control

    沖突控制的神經機制
  19. At present, the well - known theories and methods of intelligent control are : expert control, fuzzy control, neural network control, learning control ( including iterative learning control ), hybrid control and general theory of intelligent control system

    目前智能控制基本形成了專家控制、模糊控制、神經控制、學習控制（包括迭代學習控制）及混合智能控制和智能控制的整體理論體系等幾個較成熟的理論和方法。
  20. In the area of automatic control, a novel conception of online designing controller is brought forward in this dissertation. an online evolutionary design scheme of itae - optimal - control - law based neural controller is presented after the combination of evolutionary computation ( ec ) and anns. simulation results display the feasibility of the scheme

    在自動控制領域，本文提出了控制器的在線設計的新概念，並將進化計算與人工神經網路相結合，提出了基於itae最優控制律的神經控制器在線進化方案，模擬實驗表明了這種方法的可行性。
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