recursion equation

英 [rɪˈkɜːʃn ɪˈkweɪʒn] 美 [rɪˈkɜːrʒn ɪˈkweɪʒn]

网络  递推方程; 递归方程

计算机



双语例句

  1. The Recursion Formula of the Solution to One-dimensional Wave Equation for Initial-boundary Value Problem
    一维波动方程初边值问题解的递推公式
  2. Discussion on the Special Solutions of Linear Non-Homogeneous Recursion Equation with Constant Coefficient
    常系数非齐次线性差分方程的特解
  3. The Structure and the Solution to the Problem for Linear Recursion Equation
    线性递推方程解的结构及解法
  4. In order to satisfy the balance of groundwater in many years, a punitive factor is introduced in recursion equation.
    同时,在递推方程中引入惩罚因子这种软约束,以保证优化过程中地下水的多年均衡。
  5. Implicit generalized predictive control algorithm which recognizes the controller parameter directly using the recursion least squares method is researched to avoid solving the diophantine equation and the matrix inverse.
    由于广义预测控制算法中需要求解Diophantine方程并进行矩阵的逆运算,计算量较大。
  6. We give a theoretical basis for special solution of the linear non-homogeneous recursion equation with constant coefficient.
    给出了一般求常系数线性非齐次递归方程特解的理论依据。
  7. Transformation operator among recursion operators themselves of AKNS class of evolution equation
    AKNS类发展方程的递推算子自身之间的转换算子
  8. In this paper, we study the structure of the linear recursion equation and get the solution to the constant coefficient linear homogeneous recursion equation.
    本文研究了线性递推方程解的结构以及常系数线性齐次递推方程解法。
  9. Methods to seek the result of the recursion equation are analyzed in the article, and the difference and application range of the methods are compared, then how to express algorithm complexity and its adjacent rank are analyzed.
    分析了递归方程常用解法,比较了各个解法的区别及使用范围,并研究了如何表示递归方程对应的算法复杂度的渐进阶。
  10. Invariable coefficient the number of times is different linear recursion sequence will transform using the sequence difference as often the coefficient inhomogeneous linear difference equation, Thus obtains one kind of computation Invariable coefficient the number of times is different linear recursion sequence special another interpretation simple method.
    利用数列的差分将常系数非齐次线性递归数列转化为常系数非齐次线性差分方程,从而得到一种求常系数非齐次线性递归数列特解的简易方法。
  11. Applied In Recursion Equation
    递归方程的应用
  12. This paper puts forward a recursion equation, which is verified in the forecast and calculation of phenol pollution of Linfen Section of Fenhe River.
    文章提出的河流水质预测预报递归方程,在汾河临汾段酚的预测计算中得到了验证。
  13. Application of Recursion Tree in Solving the Asymptotic Order of Recursion Equation by Using Iteration Operation
    递归树在用迭代法解递归方程渐近阶中的应用