搜索资源列表
Newtoniterate
- 数值计算牛顿迭代法的matlab源程序 说明如下: %fun----input,the part as the form of f(x) in the equation f(x)=0 % ini----input,sets the starting point to ini % err----input,sets admissible error % sol----output,returns the root of equation-Numerical calculati
solve
- 用牛顿法解方程组,迭代法解方程组和求矩阵最大特征值-Newton Method with equations, iterative methods for solution of matrix equations and the largest eigenvalue
NEWTON
- 利用牛顿迭代法解非线性方程,这是其matlab程序-Using Newton iteration solution of nonlinear equations, which are its matlab program
matlab_newton
- 用于matlab用牛顿迭代法解方程,这个在数值计算中是很重要的-Matlab by Newton' s iterative method for solving equations, this in numerical calculation is very important to
Matlab
- 矩正实验室的源代码,包括牛顿迭代法 拉格朗日法 和其他的经典算法-Moment is the laboratory s source code, including the Newton iteration Lagrangian and other classical algorithm
Matlab-Newton
- 一、 实验目的 在计算机上用迭代法求非线性方程地f(x)=0的根。 二、 实验平台 操作系统:Microsoft Windows Vista SP1 数学软件:Matlab7.0.0.19920(R14) -First, the experiment was on the computer using iteration method to nonlinear equations f (x) = 0 root. Second, experimental platform
newton
- 牛顿迭代法,用于求解非线性方程的解。此程序比较详细,虽然程序看上去很多,但是各方面都很到位。-Newton iterative method for solving nonlinear equations. This procedure in more detail, although the process seems a lot, but all aspects are in place.
newton
- 牛顿迭代法,用于对通用多项式的计算,可自己设置处置,精度等-Newton iterative method for the calculation of general polynomials can set up their own disposal, precision
newton
- 牛顿迭代法求非线性方程的解,需输入初始值,方程,导数方程,步数,error-Newton iteration solution of nonlinear equations required to enter the initial value equation, derivative equation, step number, error
Newton-Raphson
- 牛顿迭代法对于解决非线性方程应该有很重要的作用吧-Newton iterative method for solving nonlinear equations should have a very important role it
Newton
- 这个文件中是计算方法中牛顿迭代法的具体说明及计算计算举例。-This file is in the Newton iteration method for specific instructions and calculation Examples of calculation.
牛顿法迭代
- function main() clc; clear all; f = @(x)log(x+sin(x)); % 测试函数 df = @(x)(1+cos(x))/(x+sin(x)); % 导数函数 x0 = 0.1; % 迭代初值 x = TestNewton(f, df, x0) % 牛顿法求解 function x = TestNewton(fname, dfname, x0, e, N) % 用途:Newton迭代法解非线性方程f(x)=0 % fname和df
Newton
- 牛顿迭代法的实现,应用此程序,封装成函数,即可调用。(Newton iterative method, the application of this program, packaged as a function, you can call.)
Newtonddf
- 内附Newton迭代法求解非线性方程和非线性方程组的M文件 li6_26fun.m,dli_26fun.m存储非线性方程及其微分函数 li6_28fun.m,Jli_26fun.m存储非线性方程组及其Jacobi矩阵函数(Containing Newton iterative method for solving nonlinear equations and nonlinear equations of the M file Li6_26fun.m, dli_26fun.m stored
Newton
- 回溯先搜索法梯度下降法与牛顿迭代算法结合的MATLAB例程(Backtracking first search method, gradient descent method and Newton iterative algorithm combined with MATLAB routines)
newton
- 牛顿迭代法,与传统意义上的迭代法类似,只是将f(x)进行泰勒级数展开,只保留前两项,然后进行迭代。其迭代方程为x_(k+1)=x_k-(f(x_k))/(f^' (x_k))。 从编程上来讲,以上述方程对固定范围的复数域中的每个点作为初始点进行迭代,每个点都会收敛到该方程的一个解,对不同的解涂抹不同的颜色,就会看出其收敛范围。如果想得到其精确解所在位置,可通过到达给定精度的迭代次数进行判断,因为该点越接近精确解,其迭代速度越快。以下对老师提供的程序和自己写的程序进行一下对比,选用方程为:y=x
牛顿迭代代码
- 通过牛顿迭代法实现求一个函数在区间内的所有根(All the roots of a function in the interval are obtained by the Newton iterative method)
迭代法
- Newton迭代法;列主元Gauss消去法;逐次超松弛迭代法;GaussSeidel(Newton iterative method; column principal element Gauss elimination method; successive super relaxation iterative method; GaussSeidel)
牛顿迭代法
- matlab环境下试用于高维方程组求解的牛顿迭代法算法函数(Newton iterative algorithm function for solving higher dimensional equations in matlab Environment)
Newton.py
- 牛顿迭代法寻找极值 1.6.1. 优点 在凸函数很初始点选取好的情况下,收敛快。 1.6.2. 缺点 ? 计算二阶导数,计算量大 ? 要求函数二阶可微 ? 收敛性与初始点选取有关(Newton iteration method to find extreme values)