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niudunfa
- 计算方法实验,通过编程实现埃特金加速法,一般迭代法,牛顿法的收敛次数的计算-calculated experiment, Programming Aitken acceleration method, the general iterative method, the convergence of Newton's method of calculating the number of
newton
- 用C语言实现的牛顿迭代法解线N阶方程的程序,并附有实验报告
jisuanfangfa
- 显示方法埃特肯改进欧拉法牛顿迭代分段线性插值-Display method to improve Aite Ken Newton Euler piecewise linear interpolation, etc.
nd
- 在CCS环境下,用C语言编写用牛顿迭代法解非齐次线性方程组(在此为3个方程)的代码。-In the CCS environment, using C language solution using Newton' s iterative method of non-homogeneous linear equations (in this case 3 equation) code.
1
- 10个重要的算法C语言实现源代码:拉格朗日,牛顿插值,高斯,龙贝格,牛顿迭代,牛顿-科特斯,雅克比,秦九昭,幂法,高斯塞德尔-10 of the algorithm C language source code: Lagrange, Newton interpolation, Gaussian, Romberg, Newton iteration, Newton- Cortez, Jacques, Qinjiu Zhao, power law, high Si Se Del
poppinhe
- 电力系统潮流上机牛拉算法迭代3次利用牛顿拉夫逊法求解电力系统中的交流潮流,本程序适合电力系统专业的学生-Power flow on ox-drawn iterative algorithm
hanshu
- MATLAB中用C语言编写的S函数,牛顿迭代法-Using C language MATLAB S-function, Newton iteration
cubic-function
- 用牛顿迭代法编写二次函数 用牛顿迭代法编写二次函数-Write the quadratic function by the Newton iteration method
Newton潮流程序
- Newton潮流程序 牛顿法的特点是收敛性比较好,一般潮流计算通常迭代6~7次就能收敛到非常精确的解,而且迭代次数与电力系统规模关系不大。
cpp
- 最速下降/牛顿法 armijo线性搜索 比较 F(x)=x2+2x2-ln(x1x2-1) 迭代次数、步长 精度ε=0.1 σ1=0.4 ρ=0.5-Steepest descent/Newton method armijo linear search compare F (x) = x2+ 2x2-ln (x1x2-1) iterations, step length Precision ε = 0.1 σ1 = 0.4 ρ = 0.5
Experiement1
- C#写的两个简单的计算方法的小程序,分别用二分法和牛顿迭代法求根.-A simple program uses C# language to get the root of a equation using method of bisection and Newton s method
numerical-computation
- 二分法,牛顿迭代法,割线法,梯形积分法和辛普森积分法在C语言程序设计实现-Dichotomie,Newton Iteration,Secant Method,trapezoidal integration and Simpson s rule in the C languare programing.