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非线性方程组的迭代解法
- 非线性方程组的迭代解法,包括:简单迭代法、Newton法、割线法、拟Newton法等.详见程序注释-nonlinear equations of the iterative solution, including : simple iterative method, Newton, secant, to the Newton law. Detailed procedures Notes
jsff123
- 计算方法中的五种算法: 二分法、简单迭代法、快速弦截法、龙贝格算法、弦截法。 附说明-calculation algorithm of five : dichotomy, a simple iterative method, rapid chord sheet, Lung Bergh algorithm string sheet. Annotated
diedai121
- 迭代法——数值分析,程序代码,参考数值分析课本,很简单的程序,大家一定看得懂-iterative method -- numerical analysis code, the numerical analysis of reference books, a very simple procedure, we must understand the
jacobi
- 简单的小程序 就是用jacobi迭代来算线性方程组的解 见笑见笑
numerical_analysis_classic
- 数值分析中最常用的14个程序: 01_N皇后问题 01_循环赛程表 02_分段线性插值 02_牛顿插值法 03_构造正交多项式 03_最佳一致逼近多项式 04_简单迭代法求方程根[1+1;x] 04_简单迭代法求方程根[sqrt(x+1)] 05_复化梯形公式求积 06_尤拉公式解初值问题 08_高斯消去法解方程组 09_连分式法求积 10_迭代法解线性方程组 10_雅可比方法
simple_iterative_root_1
- 数值分析中的简单迭代法求方程根问题(迭代公式为[1+1;x]),程序中含方程输入和根显示界面。
simple_iterative_root_2
- 数值分析中的简单迭代法求方程根问题(迭代公式为[sqrt(x+1)]),程序中含方程输入和根显示界面。
NEWTON
- 这个是优化方法中的一种方法,叫做牛顿法,是一种简单实用的迭代方法。-This is the optimization of a method, called Newton s law, is a simple practical iterative method.
mainc
- 在c++环境下的计算方法程序源代码,包含LU分解,迭代法,二分法,复合梯形公式,简单迭代法,龙贝格公式,最小二乘法拟合,四阶龙格库塔公式,辛普森公式和主元消去法-C++ environment in the calculation of the next source code, including LU decomposition, iterative method, dichotomy, composite trapezoidal formula, a simple iterative me
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.
newton
- 用简单迭代法和牛顿迭代法求exp(x)+10*x-2=0的近似根,误差不超过0.0005,取初值为0,简单迭代法用迭代过程(2-exp(x))/10-With a simple iteration method and Newton iterative method seeking exp (x)+10* x-2 = 0 approximation of the root, the error does not exceed 0.0005, take initial value of 0, a
Jacobi
- 简单迭代法(Jacobi跌代法),输入方程的维数、迭代最高次数、误差范围、方程的系数矩阵、常数矩阵,然后进行简单迭代法(Jacobi)迭代求解。-A simple iteration method (Jacobi or on behalf of the Law), enter the equation of the dimension, the maximum number of iterations, error range, equation coefficient matrix, cons
ILPD
- 简单迭代法求矩阵方程,可以方便地求解线性方程组,非常使用。-matrix equation
grid
- 给定边界在内部用椭圆型微分方程画网格的程序,包括问题简介和分析和结果,以及源代码,采用了简单迭代,g-s迭代,aid方法等-Given boundary in the internal with elliptic differential painting grid program, including Introduction to the problem and the analysis and results, as well as source code, using a simple
diedaifa
- 数值分析中常用解方程组算法:简单迭代法。算法很简单,明了。注意迭代过程的收敛性!-Numerical solution of equations commonly used analysis algorithms: simple iterative method. Algorithm is very simple and clear. Note that the convergence of the iterative process!
jiandanjiedaifa
- MATLAB中利用简单迭代法对多项式进行求解的源代码-MATLAB, using a simple iterative method for solving polynomial source code
chapter4-of-math-analysis
- 牛顿法,牛顿上山法,牛顿下山法,简单迭代法,简便了计算过程,提高了运算效率-Newton s method, Newton method up to the mountain, Newton downhill method, a simple iterative method, simple calculation process, improve the operation efficiency
cf
- 有限差分法,四乘四,简单迭代法和超松弛迭代法。-finite difference method
潮流计算:前推回代法
- 由π型模块级联成的简单电网作潮流计算的一种情况:已知始端电压和末端复功率及电网各处参数,利用前推回代法求始端复功率和末端电压(A simple power grid cascaded by PI module is used for power flow calculation: the initial terminal voltage and terminal complex power and the parameters of the grid are known. The forward
求解线性方程组的迭代法
- 该matlab程序为求解线性方程组的解的迭代算法合集,也是最基础最简单的求解线性方程组的迭代法,简单易懂。(Methods for solving linear equation.)