搜索资源列表
CG-Jacobi-g-s-sor
- 解线性方程组的迭代法，包括jacobi迭代，G-S迭代，Sor迭代，及共轭梯度等。-iterative method for solving linear equations, including jacobi iteration, GS iterative, Sor iteration, and conjugate gradient.
jacobigssor
- 迭代法求解线性方程组，含Jacobi,G-S,SOR方法，压缩包内有数据供测试-Iterative method for solving linear equations, including Jacobi, GS, SOR method, with data compression packages for testing
matlab_No4_Jacobi_and_GS
- 西交大数值计算方法上机作业，雅克比和G-S法迭代求解方程组-National Chiao Tung University, West numerical method of machine operation, Jacques ratio and GS iterative method for solving equations
itdemo1
- Jacobi GS SOR 方法解线性方程迭代速度的比较-Jacobi GS SOR iterative method to solve linear equations comparison of speed
Jacobi
- 解线性方程组的迭代法，包括jacobi、g-s、sor。-Solving linear equations, iterative method, including jacobi, gs, sor.
diedaifa-methods
- 雅克比迭代法，GS迭代法，SOR迭代法。用来求解非线性方程组的解-Jacobi iterative method, GS iteration, SOR iterative method. Used to solve the solution of nonlinear equations
XianXingFangChengZuDeDieDaiFa
- 线性方程组的迭代法，Jacobi方法、G-S法以及SOR方法的内涵，并且使各个算法得以实现。-Linear equations of the iterative method, Jacobi method, GS, and SOR method connotation, and so that each algorithm can be achieved.
ssor_process
- 对称GS迭代预处理共轭梯度法，数值分析方法之一，数值模拟-The symmetric GS iterative preconditioned conjugate gradient method, one of the methods of numerical analysis, numerical simulation
a
- 矩阵与数值分析：高斯法，高斯列主元法，G_S迭代，牛顿法，jacobi迭代法，G-S迭代法 ，牛顿法求根，三次样条插值，多项式拟合，复化Simpson方法，复化梯形方法，n=3的Gauss_Lengendre公式，4阶Runge-Kutta法求解微分方程-Matrix and numerical analysis: Gauss method out PCA Gaussian law, G_S iteration, Newton' s method, jacobi iterative m
1153304_4_4.cpp
- 改程序分别用Jacobi迭代法和G-S迭代法求解给出的方程组，并分别就记录达到所需精度的迭代次数。-Reform program were the Jacobi iteration and GS iterative method for solving equations given, respectively, on the record number of iterations to achieve the required accuracy.
GS
- 在电子工程数值分析方法中使用高斯-塞德尔迭代进行求解。-In the electronic engineering numerical analysis method using Gauss-Seidel iteration algorithm.
gs
- 用高斯消去法解线性方程组的C语言程序，精简易懂，简单实用-Gaussian elimination method for solving linear equations C language program, streamlining understandable, simple and practical
Iterative-Fourier-algorithm-(GS)
- 迭代傅里叶算法实现对高斯光束的整形：用malab将二维的高斯分布图形转化成三维的分布的方法和用迭代傅里叶变换（GS）的算法对高斯光束的整形做对比-Iterative Fourier algorithm of gaussian beam shaping: the two-dimensional gaussian distribution with malab graphics into three-dimensional distribution method and using iterativ
gs
- 求线性方程组的gauss迭代法，编译器用的是intel visual fortran-solving linear equations with method of gauss iteration
GS
- 施密特正交化方法，分别针对5*5,8*8，10*10的向量组进行正交化处理-Schmidt method, respectively, for the vector group 5* 5,8* 8,10* 10, quadrature processing
GS
- GS改进算法，用于全息图像恢复。比原有方法有所改进。-GS improved algorithm for holographic image restoration. An improvement over the previous method.
gs
- 5节点 基于高斯赛德尔方法的潮流计算,bingdedao jieguo-5 Based on the trend of high nodes Sisaideer method of calculation
GS-Jacobi
- 矩阵消元程序，中含有列主元消元法，雅克比消元法和GS消元法。适用于矩阵的消元运算及对线性方程组的求解工作。-Matrix elimination program, contains out PCA elimination method, Jacobi and GS elimination method elimination method. Suitable for matrix elimination operation and work to solve linear equations.
GS
- C语言编写，列主元高斯法求解线性方程组代码，方程组系数以文本形式导入程序，可计算多阶方程，识别运算时间，算法时间复杂度较低。(C language, column principal component Gauss method for solving linear equations, code equations, coefficients in text form into the program, can calculate multiple equations, identify th
GS
- 求解系数矩阵由16阶Hilbert方程组构成的线性方程组,Gauss-Seidel迭代法；(The solution of coefficient matrix consists of 16 Hilbert equations, Gauss-Seidel iteration method.)