線性化方法 的英文怎麼說

中文拼音 [xiànxìnghuàfāngfǎ]
線性化方法 英文
linearization technique
  • 線 : 名詞1 （用絲、棉、金屬等製成的細長的東西） thread; string; wire 2 [數學] （一個點任意移動所構成的...
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 方 : Ⅰ名詞1 （方形; 方體） square 2 [數學] （乘方） involution; power 3 （方向） direction 4 （方面） ...
  • 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...
  • 線性 : [數學] [物理學] linear; linearity線性代數 linear algebra; 線性方程 linear equation; 線性規劃 line...
  • 方法 : method; means; way; technique; process; procedure; plan; device; recipe; fashion; tool; maneuver
  1. A linearization method for minimizing a particular class of quasi - differentiable functions

    一類特殊擬可微函數最優化問題的線性化方法
  2. The modulating signals of firing delay angle at the rectifier and firing lead angle at the inverter, and the excitation voltage are chosen to be control variables. the offset of the current of dc line and the extinction angle and the power angle of generator are chosen to be control outputs. then a nonlinear controller is designed for the system under study according to direct feedback linearization theory

    以整流側觸發延遲角的調節信號、逆變側觸發超前角的調節信號以及發電機勵磁電壓作為控制變量，以直流線路電流、逆變側關斷角以及發電機功角的偏移量作為目標輸出，用直接反饋線性化方法設計了系統的非線性控制器。
  3. On the basis of methods of feedback linearization and compound lyapunov, the author puts forward a sort of robust output track control rule with a regulable parameter. this rule not only guarantees the system exponent output track but also makes the closed loop system have limited states

    基於反饋線性化方法和復合lyapunov方法，作者提出了一種具有可調參數的魯棒輸出跟蹤控制律，不僅可以保證系統指數輸出跟蹤，而且閉環系統狀態有界。
  4. Research and design of honeywall in honeynet

    改善跨導放大器線性化方法的研究
  5. Through a great deal of effort, this problem has been solved recently by linearization techniques.

    通過大量的努力，最近人們利用線性化方法解決了這個問題。
  6. The controllability and stability of wavelet networks are analyzed and proved. to reduce the modeling error in the piecewise linearization of nonlinear system, a multiple models wavelet networks identification method is proposed

    針對非線性系統建模中使用分段線性化方法所帶來的未建模誤差問題，提出了多模型小波網路系統辨識方法。
  7. Aimed at the actual applicative requirements of models in the control system, two kinds of linearization method for magnetic force of permanent electromagnetic bearing have been advanced

    摘要針對控制系統模型的實際應用需要，對永磁電磁軸承的磁力提出了兩種線性化方法。
  8. Using the difference method and quasi - linearization method, the nonlinear differential equations, which include ten basic unknown functions in all, are reduced to a sequence of quasi - linear differential equations, which can be solved by the method of discrete orthogonalization

    採用差分及準線性化方法，將含有10個基本未知函數的偏微分方程組，變換成能用離散正交法編程求解的準線性微分方程組。
  9. So with the wide i / o linearization method of nonlinear reverse function, the generalized prediction control algorithm with dead area nonlinear compensation is suggested

    因此我們針對死區非線性特性，採用非線性逆函數的全局i / o線性化方法，提出了具有非線性補償的廣義預測控制演算法。
  10. Ph linearization method is employed to solve a nonlinear reynolds equation for a steady state and micro - scale flow field, and the approximate function expressions of gas dynamic pressure and velocity in the spiral groove are obtained

    摘要應用ph線性化方法、迭代法，近似求解了螺旋槽內穩態微尺度流動場的非線性雷諾方程，求得了氣體動壓和速度分佈的解析解。
  11. The key feature of the proposal approach is using feedback linearization method to design a single hidden layer artificial neural network whose weights is renewed online to augment parametric uncertainty and unmodeled dynamics

    其特點是採用隱含反饋線性化方法，設計單隱層神經網路在線更新權值，自適應補償參數誤差和未建模動態。
  12. Are uncertain and should be regarded as random variables, therefore the reinforced concrete frame is stochastic structure inherently, and then its motive equations converted to combined random differential equations for the uncertain parameters and external random excitation. these equations were solved by order - orthogonal expansion method with pseudo - excitation method, and then the statistic stochastic responses of random structure were obtained. at last, based on the stochastic cumulative damage model with double parameters developed by park, formulas were formulated for calculating structural earthquake damage probability using the structural reliability theory ( mainly jc algorithm ) in extensive random space

    首先對受地震激勵的剪切型鋼筋混凝土結構進行建模，用隨機等效線性化方法將二階非線性微分方程組化成一階線性微分方程組（或稱之為狀態方程） ；再考慮材料等參數的隨機性，則狀態方程成為復合隨機微分方程組，將擴階系統方法和虛擬激勵方法推廣並應用於這個復合隨機微分方程組，求出結構的隨機響應量的統計參數；最後採用隨機累積損傷破壞準則，在廣義隨機空間內，用jc演算法求解失效概率，進而求出結構的抗震可靠度。
  13. 2. dynamic response of nonlinear structures with uncertain physical parameters is studied by subsection linearization method

    用分段線性化方法計算了含隨機參數非線性結構的動態響應。
  14. This paper introduces a method of variable structure control based on the feedback linearization, which can solve the stability problem of the feedback linearization when there are some plots which relative degrees havent definition in the concerned state region

    在非線性系統反饋線性化方法的基礎上，採用了變結構控制，解決了當在所關心的區域內存在相對度無定義的點集時，直接採用反饋線性化方法不能保證系統的穩定這一問題。
  15. Abstract : this paper introduces a method of variable structure control based on the feedback linearization, which can solve the stability problem of the feedback linearization when there are some plots which relative degrees haven ' t definition in the concerned state region

    文摘:在非線性系統反饋線性化方法的基礎上，採用了變結構控制，解決了當在所關心的區域內存在相對度無定義的點集時，直接採用反饋線性化方法不能保證系統的穩定這一問題。
  16. In this paper, we convert the complex third order eigenvalue problems into the real third order eigenvalue problems. then, based on the euler - lagrange equation and legendre transformation, a reasonable jacobi - ostrogredsky coordinate system have been found, then using nonlinear method, the lax pairs of the real bargrnann and neumann system are nonlinearized, so as to be a new finite - dimensional integrable hamilton system in the liouville sense is generated. moreover, the involutive representations of the solution for the evolution equations are obtained

    本文將復的三階特徵值問題轉化為實的三階特徵值問題，利用euler - lagrange方程和legendre變換，找到一組合理的實的jacobi - ostrogredsky坐標系，從而找到與之相關的實化系統，再利用曹策問教授的非線性化方法，分別將三階特徵值問題及相應的lax對進行非線性化，從而得到bargmann勢和neumann勢約束系統，並證明它們是liouville意義下的完全可積系統，進而給出了bargmann系統和neumann系統的對合解。
  17. With the assumption of insignificant vibration and the results obtained in the sixth chapter, the linear solution for the motion equation of forced vibrating pipe with fixed supports in two ends in steady vibration is derived

    首先，在微小橫振動假設前提下，利用第六章的計算結果，用線性化方法推得了兩端固支水下輸液管道在穩態繞流條件下的強迫振動方程的解。
  18. Based on feedback linearization in the nonlinear systems and variable - structure control theory in the linear system, a new nonlinear basic controller is designed

    並應用狀態反饋精確線性化方法與線性系統的變結構控制理論相結合的方法，設計了新型非線性變結構控制器的控制規律。
  19. In this method, the feedback linearization method is used to convert the nonlinear system into the linearized system, for which the tracking controller is designed, by this way, the nonlinear chaotic system can be forced to track variable reference input

    在該方法中，首先採用反饋線性化方法將非線性系統轉化為線性系統，再針對反饋線性化后的線性系統設計軌跡跟蹤控制器，實現被控對象對于連續變化給定信號的跟蹤控制。
  20. In the linearity of amplifier, the predistortion and the feedforward are the most popular techniques which possess different characteristics

    在功率放大器的線性化方法中，預失真和前債是最常用的手段。
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