搜索资源列表
Jacobi-matlab
- 雅可比(Jocabi)迭代法解线性方程组-Jacobi (Jocabi) iterative method for solving linear equations
geap
- 自己编写的全主元高斯消去法解线性方程组的matlab函数。特点:运行稳定,适合于工程计算;结构清楚,注释详尽,非常适合于初学者。-their preparation of all PCA Gaussian elimination method for solving linear equations of Matlab function. Features : stable operation, which is suitable for engineering calculations; St
qzy
- 利用全主元高斯消去法对线性方程组的求解过程进行数值模拟与计算。-use all PCA Gaussian elimination of linear equations, the solution process simulation and numerical calculation.
zlf1581
- 解线性方程组多元一次 水平有限,DOS界面。其中,输出方程组的未知数用x1,x2,x3...表示,可以解出多元一次方程。-solving linear equations yuan a limited, and DOS interface. Within this total, output equations with the unknown x1, x2, x3 ... that the United States can come up with multiple linear equ
xianxingfangcheng
- 编程序,按如下要求来求解n元一次线性方程组(假设方程组具有唯一解)。 (1)方程个数n之值由用户通过键盘输入; (2)方程组存放在“增广矩阵”A之中,而n行n+1列的A存储空间通过new来动态分配,且A的各元素值也由用户通过键盘输入; (3)方程组的解存放于“向量”B之中,而具有n个元素的B存储空间也通过new来动态分配。 -programmed by the following demands to solve an n-linear equation (equatio
Gauss(delphi)
- 本软件系我Delphi学习习作,实现了用Gauss消去法解线性方程组,能识别用户以文本方 式输入方程组增广矩阵,并且能检测一些常见的输入错误及其位置,方程的解以文本方式输 出在结果显示框。希望用户尽量按照软件操作提示操作,尽管我细心的考虑过很多可能出现 的错误,但仍有许多不足的地方,欢迎各位朋友发现并指出,本人非常感激。-I Delphi learning exercises, realized using Gauss elimination method for solving l
Lineasolvebycolum
- 对于线性非齐次方程组的求解,列主元求解法,简单快捷。这是自己写的c程序列主元法求解线性方程组。-for non-homogeneous linear equations, the solution are the main element method, a simple and quick. This is, write out the procedure c main element method for solving linear equations.
Gauss_Seidel_iterative
- 迭代法是解线性代数方程组的另一类方法,特别适用于解大型稀疏线性方程组。它的基本思想是针对求解问题预先设计好某种迭代格式,从而产生求解问题的近似解迭代序列,在迭代序列收敛于精确解的情况下,按精度要求取某个迭代值作为问题解的近似值。迭代法具有原始系数举证始终不变,算法简单,编写程序较方便,所需存储单元较少的优点。-iterative method was the linear algebraic equations of the other methods, particularly applica
shuzhijisuan
- 本例包括,数值计算中的线性方程组的迭带法 有高斯-塞德尔迭带算法-the cases include the numerical calculation of the linear equations are iterative method of Gauss - Seidel iterative algorithm
Linesquaredistanceset
- 接线性方程组的算法,比较简单,给大家参考一下吧-Wiring Systems on the algorithm is relatively simple to refer to it
linearfangcheng
- 线性方程组的求解,这里给出求解的程序和算法-linear equations, the solution here is to solve the procedures and algorithms
LDL~
- 系数矩阵为对称正定的线性方程组的求解程序(LDL~分解法)
t2_5
- 本题采用的计算方法为:主要用Jacobi迭代和Gauss-Seidel迭代解线性方程组。 Jacobi迭代算法思路:由方程组 ,使等式左端仅保留向量 ,其他一概放到右端,将 代入上式右端,便可(按顺序逐行)进行计算得到 。 Gauss-Seidel迭代和Jacobi迭代不同的是先计算第一式得到 ,用此数再参与第二式的右端的计算,依次类推。 -that the use of the method of calculating : main Jacobi iteration and th
goss
- 用GOSS解线性方程组 Dim i As Integer 循环变量 Dim j As Integer 循环变量 Dim k As Integer 循环变量 -with Goss solving linear equations Dim i As Integer Dim cycle variable j As In teger cycle variables As Integer Dim k cycle variables
jsfangfa
- 我大三时候学习计算方法 编写的一个程序 Guass消元法求解一元线性方程组的解-church when I study prepared by the method of calculation of a process Guass elimination method for solving a linear equation solution
thomas
- 这是解三对角线性方程组的一种方法。能有效的快速求解。-This was three diagonal equations of a method. Fast effective solution.
guass2
- 用列主元高斯法解用户输入的线性方程组。包含3个文件。-out with PCA Gaussian user input method for the linear equations. Contains three documents.
main-doolittle
- 用选主元的doolittle分解法解用户输入的线性方程组。共4文件。-election with the main yuan doolittle decomposition method for user input linear equations. A total of four documents.
no-doolittle
- 用doolittle分解法(非选主元)解用户输入的线性方程组。若无法解,将提示用选主元的doolittle分解法(见另一上传文件)解方程-with doolittle decomposition (non-elected PCA) user input solutions of linear equations. If there is no solution, the election will be prompted to use the PCA doolittle decompositio
yuanma
- 1.大型稀疏线性方程组的求解 A*X=b 。 2. 一维数组冒泡法排序算法 4.矩阵求逆 5. 改进的牛顿算法——弦割法 -1. Large sparse linear equations, the solution X = A * b. 2. One-dimensional array Bubble Act Sorting Algorithm 4. 5 matrix inversion. Improved Newton's algorithm -- S