diophantine 中文意思是什麼

diophantine 解釋
刁番圖的
  1. At the same time, the diophantine matrix equation is closed, which has strengthen the velocity of control, so the rapid system ' s control is got ; in addition, because the synthesis solution with artificial intelligence technology and adaptive control technolo - gy together is adopted, the whole loop system ' s ability of learning and adaptation is strong and the system ' s intelligence level is impro - ved, so the robustness ability is got

    因此加快了控制速度，較好地解決了控制系統的快速性問題；另外加之此控制方案採用了人工智慧技術和自適應控制技術相結合的方法，增強了整個閉環控制系統的學習能力和自適應能力，提高了系統的智能水平，從而使閉環系統具有了強魯棒性的特點。
  2. In this paper, we derive predictive models of system and auxiliary system from double constant alterations respectively. the controller based on d - step ahead predictor can locate the closed loop poles at desired positions, whose parameters are adjusted by estimations of plant parameters that are separately estimated. an auxiliary estimator is developed to avoid ill - condition in solving diophantine equation. simulations show that these control systems have better dynamic responses under existence of measurable disturbance

    引入雙恆等變換推導出系統及輔助系統的的d步預測模型，基於估計器的自校正控制器能將閉環極點配置在所希望的位置，它的參數是由與其相互獨立的對象參數調節.提出使用輔助估計器克服丟番方程的病態問題.模擬表明在存在可測干擾的情況下該系統具有良好的動態性能
  3. Abstract : in this paper, we derive predictive models of system and auxiliary system from double constant alterations respectively. the controller based on d - step ahead predictor can locate the closed loop poles at desired positions, whose parameters are adjusted by estimations of plant parameters that are separately estimated. an auxiliary estimator is developed to avoid ill - condition in solving diophantine equation. simulations show that these control systems have better dynamic responses under existence of measurable disturbance

    文摘:引入雙恆等變換推導出系統及輔助系統的的d步預測模型，基於估計器的自校正控制器能將閉環極點配置在所希望的位置，它的參數是由與其相互獨立的對象參數調節.提出使用輔助估計器克服丟番方程的病態問題.模擬表明在存在可測干擾的情況下該系統具有良好的動態性能
  4. On solutions of higher degree diophantine equation

    關於一類高次不定方程的解
  5. Generalization of a diophantine equation in difference sets

    差集中一個丟番圖方程的推廣
  6. On the diophantine equation of the first degree

    元線性丟番圖方程的探討
  7. A class of linear diophantine equations with lucas number coefficients

    數為系數的線性不定方程
  8. A class of linear diophantine equations with generalized fibonacci number coefficients

    數為系數的線性不定方程
  9. On the solution of diophantine equation

    方程的解
  10. An elementary proof of the diophantine equation ( the equation abbreviated ) is given by using recursion sequence method

    摘要運用遞推序列法，給出組合數丟番圖方程（方程式略）的一個初等解法。
  11. We breakthrough the restriction of the diophantine condition and study the case that the constant a is a unity root, which offends the diophantine condition

    突破了已有工作的diophantine條件限制，討論了常數在單位圓周上但又不滿足diophantine條件的情形。
  12. By elementary rank transformations of matrix, a method has been obtained to solve linear diophantine equation with some variables. the method overcomes the deficiency of traditional method

    摘要利用矩陣的初等列變換，給出了求解多元線性不定方程的一種方法，該方法改進了傳統方法計算量大、步驟多的缺點。
  13. As we know, many results on analytic solutions of iterative equations are obtained by constructing a majorant series. for technical reasons, in previous works an indeterminate constant a, as the eigenvalue of the linearization of unknown function at its fixed point, is required to be off the unit circle or lie on the circle with the diophantine condition

    已有的許多關于迭代方程的解析解結果都是運用優級數法得到的，並要求一個作為未知函數在其不動點處的線性部分的特徵值的常數不在單位圓周上或者在單位圓周上但滿足diophantine條件。
  14. 3. the basic principle of the model predictive control ( mpc ) is introduced, and several main model predictive controls ( mpc ) are also introduced. an introduction of the basic method of generalized predictive control ( gpc ), the evaluation of recurrence diophantine equation the adaptive algorithm and the selection of the parameters of generalized predictive control ( gpc ) is emphasized

    3 、介紹了模型預測控制的基本原理，介紹了幾種主要的模型預測控制，重點介紹了廣義預測控制（ gpc ）的基本方法、遞推的diophantine方程求解、廣義預測自適應演算法及其參數選擇，並指出了各模型預測控制的特點。
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