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vc_gauss
- 这个是我自己编写的高斯列主元消去法的VC程序,简单实用!-this is what I have written out of the Gaussian Elimination PCA VC procedures simple and practical!
gaosisuanfa
- 数值分析中的\"高斯列主元消去法解线代数方程组\"算法的具体实现-numerical analysis of the "main-element Gaussian Elimination Solution Line algebraic equations," a concrete realization algorithm
gsandly
- 高斯消去和列主元消元法．２０个字-Gaussian elimination and main-element elimination method. 20 characters. . . Ah ah ah ah ah ah ah ah ah ah ah ah ah ah
xxfc
- 全主元高斯约当消去法 2.LU分解法 3.追赶法 4.五对角线性方程组解法 5.线性方程组解的迭代改善 6.范德蒙方程组解法 7.托伯利兹方程组解法 8.奇异值分解 9.线性方程组的共轭梯度法 10.对称方程组的乔列斯基分解法 11.矩阵的QR分解 12.松弛迭代法-PCA-wide Gauss Jordan elimination method 2.LU decomposition method 3. To catch up with law 4.
linear
- 数值线性代数运算，分别用列选主元的高斯消去法，矩阵的LU分解并求解方程组和迭代法解方程组，并比较计算结果和时间。-Numerical linear algebra, respectively out how principal component of the Gaussian elimination method, LU decomposition of the matrix, and solving equations and iterative solution of equations,
liezhuyuanfa
- 列主元法的基本思想是依次对k=1,2,……,n通过有选择地互换方程组中两个方程的位置，把akk,a(k+1)k,……,ank中绝对值最大的元素移到主对角线来，从而改造了高斯消去法的性能。-Out the main element of the basic idea is to turn on the k = 1,2, ... ..., n by selective exchange of equations two equations position to akk, a (k+1) k, ..
liezhuyuanxiaoqufachengxu
- 列主元素消去是由高斯消去法改进得到的求解线性方程组的方法，它是目前计算机上常用的解低阶稠密矩阵方程组的有效方法。列主元消去法就是在每次选主元时，仅依次按列选取绝对值最大的元素作为主元，且只交换两行，再进行消元计算。程序通过将矩阵元素赋给数组，再操作数组从而达到处理矩阵的目的。这样便可以将矩阵化为上三角形式，轻松地解出方程组的最后一组解。在计算出方程组最后一个解后，应用回代的方法，计算出方程组所有的解。-Out the main elements of cancellation is receiv
gauss
- 高斯消去法 用列主元求解AX=b 数值计算实习 例子-Gaussian elimination
gaosixiaoqu
- 高斯消去列主元法求解方程组，另创建一个M文件写入系数矩阵等即可验证-Out Gaussian elimination method for solving equations, the main element, and the other to create a file to write the coefficient matrix M can be verified, etc.
gaussian
- 高斯消去法，列主元消去法,gauss elimination method-gauss elimination method
duoruanfancheng
- 用“列主元消去法”解多元方程组 高斯消去法 回代-Solution of multiple equations, Gaussian elimination backward substitution " column main elimination
solutions
- 各种常见的解方程组方法：Cholesky分解法解方程组、LU分解线性方程组、高斯消去法解方程组、列主元解线性方程组、雅可比迭代解线性方程组-Common solution of equations: the Cholesky decomposition of equations, LU decomposition of linear equations, Gaussian elimination method for solving equations, column element for s
gaodengshuxue
- 可实现的算法：软件说明： 1.全主元高斯约当消去法2.LU分解法3.追赶法4.五对角线性方程组解法5.线性方程组解的迭代改善6.范德蒙方程组解法7.托伯利兹方程组解法8.奇异值分解9.线性方程组的共轭梯度法10.对称方程组的乔列斯基分解法11.矩阵的QR分解12.松弛迭代法第2章插值1.拉格朗日插值2.有理函数插值3.三次样条插值4.有序表的检索法5.插值多项式6.二元拉格朗日插值-The algorithm can be realized: Software Descr iption:
1
- 高斯消去法和高斯列主元消去法以及解线性下三角形方程组-Gaussian elimination and principal component Gaussian elimination and the solution of linear triangular equations
solution-of-linear-equations
- 有7种解线性方程组的算法，高斯算法，高斯列主元，高斯完全主元，LU分解法，LU列主元分解法，追赶法，高斯约旦消去法-There are seven kinds algorithm of solution of linear equations, Gaussian algorithm, out PCA Gaussian, Gaussian completely principal component, LU decomposition, LU column principal component
cz
- AE反距离IDW、克里金Krige插值.txt I显示方法.c www.pudn.com.txt 三对角线追赶法.C 三样条插值函数算法，还包括其他的比如hermite等算法，很全.txt 二分法.c 分段线性插值.c 列主元元素消元.C 利用反距离平方加权插值算法建立规则格网在大数据量离散点数据的情况下，.txt 反距离加权插值，貌似不好用IDWUtil.java 埃特肯.c 复合梯形法.c 复合辛普森.c 弦割法.c 操作复数的类Com
solve_equations
- 几个使用的解线性方程组的程序，包括高斯消去法，高斯列主元法，高斯——赛德尔消去法。简明实用。-Gauss elimaination, Gauss_seidel ellimination
zhuyuan
- 用c++实现的数值分析中的高斯列主元消去法。 对理解高斯消去法有一定的参考价值。-With the c++ implementation of the Gauss numerical analysis of main element elimination of small procedures. There is reference value to the understanding of Gauss elimination pivot column.
Linear_equations__solution
- fortran程序编写的线性方程组求解 -包括 LU分解，高斯列主元消去法，高斯消去法，矩阵求逆，乔累斯基，追赶法-Solving linear equations group, programs written in FORTRAN including LU decomposition, Gauss main element elimination method, Gauss elimination method, the matrix inversion, Jo Laski, chase m
liezhuyuan
- 列主元消去法。在matlab中对高斯消去法进行选主元的方法。解线性方程组。-Out PCA elimination method. In matlab Gaussian elimination method selected for the main element method. Solution of linear equations.