搜索资源列表
Broyden
- Broden算法求解一些简单的非线性方程组-Broden algorithm for solving simple nonlinear equations
gauss_jordan
- 高斯求解线性方程组fortran代码，参考至彭国伦的书籍-Gauss fortran code for solving linear equations, reference books to Peng Guolun
broyden_cal
- 求解非线性方程组的拟牛顿法（逆broyden秩1方法）之matlab程序，采用符号运算，直接输入含参数的方程组即可。-Solving nonlinear equations of quasi-Newton method (inverse method broyden rank 1) of the matlab program, using symbolic computation, the direct input of equations with a parameter can be.
sirt
- SIRT方法解线性方程组，通过迭代求解，取得了更为精确的结果，节省了计算时间-sirt mehtod to solve equation
artificial_fish_algorithm
- 病态方程组的算法研究，人工鱼群算法在求解非线性方程组中的应用-Morbid equation algorithm, artificial fish swarm algorithm for solving nonlinear equations of
yakebi
- 对线性方程组进行求解，可以从键盘上输入A和B两个矩阵，然后即返回结的结果-For solving linear equations, the keyboard input from A and B two matrix, then return and results
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
- c++编写，列主元Gauss法求解线性方程组-c++ written, main-element Gauss method for solving linear equations
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.
cuda
- 采用cuda求解大规模线性方程组，简单迭代法实现，是学习cuda编程的很好例子-Cuda used linear equations to solve large-scale, simple iterative method to achieve is a good example of learning cuda programming
zuiganfa
- 计算方法设计求解线性方程组的追赶法的matlab程序，是自己的计算方法作业，有详细的注解-Method designed for solving linear equations matlab program catch-up method, the calculation of their own work, with detailed comments
AX=b
- 已知线性方程组，求解，得到一个结果向量。-Known linear equations, solving, we obtain a result vector.
GASS
- 高斯主求解线性方程组的C语言代码元素，还包含一些C + +语言-Gauss main-element for solving linear equations of C language code, also contains some C++ Language
square
- 实现给定任意方程组的求解运算，通过系数矩阵、矩阵转置和解矩阵列出运算表达式，再运用高斯消去法求解方程组。-the least square
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.