搜索资源列表
math
- 非线性方程求根的各种算法的比较， //求非线性方程的根 //程序中共给出了以下几种方法求非线性方程的根 // (1)二分法 (2)牛顿法 (3)普通迭代法 (4)斯蒂芬森迭代法 (5)弦截法 //程序中用到的函数为： f(x)=x^3-x-1 //其中:(1)普通迭代法用的迭代函数为：x=(x+1)^(1/3) // (2)斯蒂芬森迭代法用的迭代函数为：x=x^3-1-Root of all kinds of non-linear equation algorithm,/
Newton
- 计算方法迭代法和牛顿法算法实验代码！迭代法与牛顿法计算的代码！-Iterative calculation method and Newton method algorithm experimental code! Newton iteration method with the code!
Calculationmethod
- 计算方法上机实验程序源代码 包含 拉格朗日插值，列主元高斯消元法，牛顿迭代 的c程序语言实现 -Calculation of the experimental procedures on the machine that contains the source code Lagrange interpolation, PCA out Gaussian elimination method, Newton iteration to achieve the c programming
Citerativenumerical
- 主要是二分法，分段线性插值 简单迭代 牛顿迭代等常用的数值计算的程序。-Mainly dichotomy, a simple iterative piecewise linear interpolation commonly used, such as Newton s iterative numerical procedure.
CH4
- 4.1 求非线性方程实根的对分法ddhrt.c 4.2 求非线性方程一个实根的牛顿法dnewt.c 4.3 求非线性方程一个实根的埃特金迭代法datkn.c 4.4 求非线性方程一个实根的连分式解法dpqrt.c-4.1 The real roots of nonlinear equations of the pairs of sub-law ddhrt.c 4.2 real roots of nonlinear equations of a Newton' s Law of
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.
mulNewtonSOR
- 本代码为牛顿-SOR迭代法求解非线性方程组。其调用格式为[r,m]=mulNewtonSOR(F,x0,w,h,eps) 其中F:方程组，x0：方程组初始解，w：SOR迭代因子，h：数值积分常数，eps：根的精度，m：迭代步数。-The code for the Newton-SOR iteration method for solving nonlinear equations. Its call format [r, m] = mulNewtonSOR (F, x0, w, h, eps)
jisuanfangfa
- 计算方法的七个典型程序。全部都有。拉格朗日插值.cpp 二分法.cpp 高斯.cpp 高斯-赛德尔.cpp 龙贝格.cpp 龙格库塔.cpp 牛顿迭代.c-Method of calculation of the seven typical program. All of them. Lagrange interpolation. Cpp dichotomy. Cpp Gaussian. Cpp Gauss- Seidel. Cpp Rhomberg. Cpp Runge-Kutta. Cpp
NLEquations
- 一个求解非线性方程组的通用类，包括：对分法、牛顿法和埃特金迭代法。-A non-linear equations for solving the common categories, including: the sub-method, Newton' s law and Aitken iterative method.
10
- 此为一个chm文件，其中包含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 -This is a chm file, which contains 10 important algorithms C language implementation source code: Lagrange, Newton interpolation, Gaussian, Rhomberg, Newton iteration, Newt
the-codes-of-C-about-important-algorithms
- 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 key algorithm C language source code: Lagrange, Newton interpolation, Gaussian, Romberg, Newton, Newton- Cortez, Jacobi, Qinjiu Zhao, power method, high Sisedeer
ji-suan-fang-fa-shiyan
- 计算方法实验：包括高斯迭代和牛顿下山法；1、用Gauss - Seidel 迭代法求解方程组 10x1-x2-2x3=7.2 -x1+10x2-2x3=8.3 -x1-x2=5x3 输入：系数矩阵A，最大迭代次数N，初始向量，误差限e 输出：解向量 2、用牛顿下山法解方程 x*x*x-x*x-1=0（初值为0.6） 输入：初值，误差限，迭代最大次数，下山最大次数 输出：近似根各步下山因子。-Experimental method: includ
chazhifa
- 迭代法中的牛顿法和三次样条插值法， 精度高，方便-I dont know how to describe it
Newton_bisect_iteration
- matlab中分别用牛顿法，二分法及迭代法求解方程的程序，及其比较-matlab scr ipts for solving eq. by the means of newton ,bisection and iteration
NumAnlys
- 东大研究生数值分析上机题，包括牛顿法，高斯算法，逐次超松弛迭代法，3次样条插值，RK4法等函数。-The numerical analysis exercises by computer of southeast university,including Newtons law,Gauss algorithm,SOR,3 times spline interpolation,RK4,etc.
newton
- 这是一个用matlab编写的牛顿法源代码，比较简单的无约束方程。牛顿法是求非线性方程（组）零点的一种重要的迭代法，又称牛顿－拉弗森法或切线法。-This is a matlab source code written in Newton s method, relatively simple equation of the non-binding. Newton s method is the pursuit of non-linear equation (group) zero is an
cPP
- 求解方程各种方法 迭代法 牛顿迭代 二分法 都有 c++源文件 绝对正确-Solving the equation of a variety of methods iterative method Newton iterative dichotomy has C++ source file is absolutely correct
nonlinear-equations-with-MATLAB.
- 用MATLAB实现非线性方程的数值解法。主要有不动点迭代法，牛顿法，割线法和对称秩法的MATLAB源码。-Numerical solution of nonlinear equations with MATLAB. Fixed point iteration method, Newton, secant, and the symmetry rank of the MATLAB source.
Nonlinear-equations
- 求非线性方程一个实根的对分法，牛顿法，埃特金迭代法，连分式法，QR法，牛顿下山法。-Nonlinear equations a real root of sub-law, Newton s method, Aitken iterative method, continued fraction method, QR method, Newton downhill method.
N-R
- 计算电力系统稳态潮流，使用直角坐标下的牛拉法，用牛顿迭代求解非线性方程组。计算结果包括节点电压、发电机注入功率、负荷注入功率支路始端功率、支路末端功率、支路损耗、网络损耗 -Calculation of the steady-state trend of power system, using ox-drawn in the rectangular coordinate method for solving nonlinear equations using Newton iteration