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matlabmanual
- matlab教程，线性代数部分，很全很有用，特别是对于解线性方程组，赶快收藏啊！-matlab tutorial, linear algebra part, it is all very useful, especially for solving linear equations, hurry collection ah!
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
gaosixiaoyuanfa
- 高斯消去法是求解线性方程组的基础的重要方法，也是计算机上常用的解低阶稠密矩阵方程组的有效方法。，高斯消去法或称高斯－约当消去法，由高斯和约当得名（很多人将高斯消去作为完整的高斯－约当消去的前半部分），它是线性代数中的一个算法，用于决定线性方程组的解，决定矩阵的秩，以及决定可逆方矩阵的逆。当用于一个矩阵时，高斯消去产生“行消去梯形形式”。-Gaussian elimination is the basis for solving linear equations important way, th
Gauss
- 用全选主元Gauss消去法求解线性方程组。其中a是方程组的系数矩阵，b是右端常数向量，并存放最终解向量，n是阶数。-With full pivoting Gauss elimination method for solving linear equations. Where a is the coefficient matrix, b is the right end of the constant vector, and store the final solution vector, n i
Gauss_Jordan
- 全选主元Gauss-Jordan消去法求解线性代数方程组。其中a是方程组系数矩阵，b先存右端的m组常数向量，之后存解向量。n是阶数，m是右端常数向量组数。-Select the main element Gauss-Jordan Elimination method for solving linear algebraic equations. Where a is the coefficient matrix, b right side of m pre-existing group of c
Gauss_Complex
- 采用全选主元高斯消去法，求解复系数线性方程组。其中ar存方程组复系数矩阵实部，ai存虚部。br存右端向量实部，返回解向量实部；bi存右端向量虚部，返回解向量虚部。-With full pivoting Gaussian elimination, solving linear equations. Ar equations which keep the real part of complex coefficient matrix, ai keep the imaginary part. br k
C_J_Complex
- 采用全选主元高斯－约当消去法求解复系数线性代数方程组。其中ar存放复系数矩阵实部，ai存放复系数矩阵虚部。br存放右端复常数向量实部，返回解向量实部；bi存放右端复常数向量虚部，返回解向量虚部。-With full pivoting Gauss- Jordan elimination method for solving linear algebraic equations with complex coefficients. Which ar stored real part of compl
Levinson
- 采用列文逊递推算法求解对称托伯利兹型方程组。其中t存放T型矩阵的元素。b是右端常数向量。x是解向量。n是阶数。-Using Levinson recursion algorithm for symmetric Tuobolizi equations. Where t T-matrix elements of deposit. b is the right end of the constant vector. x is the solution vector. n is the order.
zuoye1
- c++ 数值分析直接法解线性方程组源程序。-c++ numerical analysis of the direct method of Linear Equations source.
liner_slove
- 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。 -DOS interface. Among them, the output equations of unknowns with x1, x2, x3 ..., said multi-Linear equation can be solved.
LITI39
- LU法解线性方程组，QB程序，其结果精度高，使用范围广达到了最优化-Solving linear equations LU
LITI411
- NEWTON-RAPHSON法解非线性方程组，适合易于求导的非线性方程组，是非线性方程线性化的一种方法-NEWTON-RAPHSON method for nonlinear equations, for easy derivation of nonlinear equations, nonlinear equations is a method of linearization
jiesuan
- 线性方程组的结算程序，可用于线性方程组的解算-Settlement procedures of linear equations, linear equations can be used to calculate the
JISUANFANGFA
- 有关方程组求根，多种算法比较，有助于理解方程的解结构-Roots of the equation, compare various algorithms, help to understand the equation structure
Dichotomy
- 能有效的解线性方程组，并且求解的速度较快。-Effective solution of linear equations, and solving speed.
liezhuyuanxiaoqufa
- 列主元消去法，可以计算出LU矩阵和方程组的解，已经验证可以运行。-Main-element elimination method, LU matrix can be calculated and the equations, has been demonstrated to run.
work
- 用于解三对角方程的追赶法源代码，MATLAB编写，高斯列主元解线性方程组代码-Solution of tridiagonal equations for the pursuit method source code, MATLAB prepared
gaosi
- 利用高斯消去法解线性方程组，也就是加减消元法解线性方程组-Gaussian elimination linear equations, that is, addition and subtraction method of elimination of Linear Equations
gao
- 高斯消去法解线性方程组。很重要的一种思想-Gaussian elimination of Linear Equations. A very important thought
fachengzu
- 计算四元线性方程组的解，利用线性代数的有关知识，但很简单……仅利用解为D/D0计算-Computing elements linear equations, linear algebra knowledge, but is simple ... ... calculated using only solution to D/D0