搜索资源列表
Four-eccentric-format-method
- 在解一维圣维南方程组是常用的方法-普林斯曼 四点偏心格式法-Four eccentric format method
Slove
- 采用C语言编写的求解方程组代码， 可以输入多维的方程组，用高斯消元法进行求解，可以判定无解和无穷解的情况-Solving equations using C language code, Can enter a multi-dimensional equations is solved using Gaussian elimination method can determine the situation of no solution and infinite solutions
SOR
- 解线性方程组的SOR（超松弛）方法的matlab代码实现-Solution of linear equations of the SOR code
G-s
- 异步步迭代求解，利用高斯迭代原理。求解线性方程组的解。-Synchronous iterative solution
Gauss_Seidel
- 解线性方程组的Gauss_Seidel（高斯-赛德尔）方法的matlab代码实现-Solution of linear equations of the Gauss_Seidel code
inverse
- 用解线性方程组的方法求三对角矩阵逆 用解线性方程组的方法求三对角矩阵的逆的计算-With the method of solving linear equations for tridiagonal matrix inverse With the method of solving linear equations for three diagonal matrix inverse calculation
catch-and-adasimpson
- 用追赶法来实解三对角矩阵 用simpson方法来解线性方程组 -use the catch method to solve the three symetry matrix
Gram-Schmidt-and-Hermite
- Gram-Schmidt and Hermite方法解线性方程组-Gram-Schmidt and Hermite method
Solving-linear-equations
- 求解线性方程组，首先要确定方程式的个数，以及每个方程的系数，要求程序与用户交互， 在程序运行过程中，要求用户输入方程个数和方程中的系数，程序把系数存入系数矩阵中 运用消元法（高斯消元法）：1.将系数矩阵消为上三角2.回代求得方程组的解-Solving linear equations, we must first determine the number of equations, and the coefficients of each equation required proc
5geyouyong
- 5个程序包括1，用高斯消去法解线性方程组的算法程序；2，判断k之前的质数并输出；3动态建立多维数组；4，利用点类进行线性拟合；5改进后的人员信息管理系统-Five programs include 1, with the gaussian elimination method of solving linear equations algorithm procedures 2, the prime Numbers and before judge k output 3, dynamic mu
calculation-in-C
- 数值计算方法，关于基本的数值计算方法所要用的C语言源程序，包括插值计算，线性、非线性方程组的解法，迭代法解方程，数值积分等常用算法的源程序-containing almost all the calculations for C, such as,interpolation,iterative [iteration] method, numerical integration and so on
Solve-Modular-Linear-Equations
- 解模块线性方程组, solve modular linear equations, 用到了extended-euclid算法求最大公约数-solve modular linear equations, use extended-euclid to compute the greatest common divisor..
bandv
- 解对称变宽带线性方程组程序 ! n: 方程组个数 ! np: a数组的长度 ! id: 存放方程组系数矩阵的第i行对角元在a数组的位置j，ID(i)=j ! b： 存放方程组右列向量 ! ir: 计算结束标志，ir=0程序正常结束，ir=/0表示系数矩阵奇异-Solution of linear equations is ymmetrical broadband program
Jacobi
- 解线性方程组的雅克比法，可指定精度和迭代次数-Conjugate gradient method for linear equations
Solving-linear-equations
- 数值计算第二章编程作业：高斯顺序消元法、列选主元、三角分解法（Doolittle分解、Crout 分解）、全选主元、平方根法、追赶法解线性方程组-Order Gaussian elimination method, column pivoting, triangular decomposition (Doolittle, decomposition, decomposition Crout s), Select the main element, the square root of the
runge-kutta
- 变步长四阶Runge-Kutta法解常微分方程组-Variable step size fourth order Runge-Kutta method for solving ordinary differential equations
Jacobi
- 用jacobi迭代法解线性方程组，的matlab实现。M文件源代码。-Jacobi iterative method for solving linear equations, matlab implementation. M-file source code.
Conjugate_gradient
- 用共轭梯度法解线性方程组解决解析方法解不了的方程。-Conjugate gradient method for solving linear equations to solve the analytical method solution of the equation can not
GAUS
- 全选主元高斯消去法求解线性代数方程组AX=B的全部解-QuanXuan primary gaussian elimination method is used to solve the linear algebra equations AX = B of all solutions
GJDN
- 全选主元高斯-约当消去法同时求解系数矩阵相同而右端具有m组常数向量的线性代数方程组AX=B的全部解-QuanXuan primary gaussian-about when elimination technique and then the coefficient matrix is the same and the right side of the constant vector with m linear algebra equations AX = B of all solutions