搜索资源列表
GAUSSPP
- 高斯列主元消元法 测试通过 采用新算法 很好的性能-Gaussian elimination pivot column element method for testing the new algorithm through the use of good performance
findpiv
- Used by plu to find a pivot for Gaussian elimination
Gauss_Elimination_with_Back_Substitution_and_Parti
- 這是我用scilab寫的高私後向消去與樞軸的程式語法，和高絲後向消去法的差異可見-This is what I write with scilab after the high-private programs to eliminate and pivot grammar, and high-thread after the elimination of the difference can be seen
windows-1256__matlabdz
- La Methode du pivot de gauss MATLAB
jiefangcheng
- 求解线性方程组的几种方法：高斯列主元、高斯塞德尔迭代法-Solving linear equations in several ways: column pivot Gauss, high Sise del iteration
Gauss
- 求线性方程组的列主元Gauss消元法，基于MATLAB开发-Linear Equations of the column pivot Gauss elimination method, developed based on MATLAB
Gauss-lzyxq
- 数值分析基于Matlab环境下的Gauss列主元消去法源代码-Numerical analysis based on Matlab environment Gauss elimination pivot column source code
Gauss
- 线性方程组的列主元Gauss消去法，可以直接调用的，-Linear equations of Gauss elimination pivot column
Typical-methods-for-linear-equations
- 解线性方程组的直接法（标准数值算法），包括高斯消去法程序、列主元高斯消去法程序、LU分解以及用LU分解求线性方程组、Cholesky分解以及用Cholesky分解求线性方程组、改进的Cholesky分解以及用改进的Cholesky分解求线性方程组、解三对角方程的追赶法。全部为本人原创程序，且全部经过测试无误。共9个MATLAB程序。程序内部含详细注释。-Solving linear equations of the direct method (standard numerical algori
getPoints
- Basis point, 1/100 of one percent, denoted bp, bps, and ‱ Pivot point, a price level of significance in analysis of a financial market that is used as a predictive indicator of market movement Point (mortgage), a percentage sometimes refe
gslzyPlufj
- 高斯列主元消去、直接分解（LU）matlab小程序-Gauss pivot column, LU decomposition matlab applet
Matlab_files.m
- Matlab programs: A pendulum is a weight suspended from a pivot so that it can swing freely. SNR-Signal-to-noise ratio (often abbreviated SNR or S/N) is a measure used in science and engineering that compares the level of a desired signal to the lev
Pivot-pad
- this code determines and plots a number of parameters for a finite width pivoted pad slider bearing. Dimensionless pressure, power loss, load carrying capacity, coefficient of friction, isothermal temperature rise etc.