搜索资源列表
Matrix
- Matrix (TRANSPOSE , INVERSE , MATRIX INVERSION USING GAUSS-JORDAN REDUCTION AND Calculates the multiplication of two matrix A and B such that C=AB.
matrix
- 矩阵运算程序，矩阵加法，减法，转置，求逆，乘法，等运算-Matrix operations procedures, matrix addition, subtraction, transpose, inverse, multiplication, and so computing
matrix-inverse
- 实现用LUP方法进行矩阵求逆的过程，原理见于算法导论第28张。-Method implemented by the LUP matrix inversion process, the principle found in Introduction to Algorithms, Chapter 28.
matrix
- //--显示矩阵，形参m为行，n为列 void MatrixDisplay(double *A,int m,int n) //--求矩阵转置，形参m为行，n为列,A转置后存为B void MatrixInverse(double *A,double *B, int m,int n) //--求矩阵相乘,A矩阵为[m,p],B矩阵为[p,n],C为[m,n] void MatrixMultiply(double *A,double *B,double *C ,i
matrix-tezhengzhijisuan
- 通过求矩阵特征多项式的根来求其特征值 幂法求矩阵的主特征值及主特征向量 瑞利商加速幂法求对称矩阵的主特征值及主特征向量 收缩法求矩阵全部特征值 收缩法求矩阵全部特征值 位移逆幂法求矩阵离某个常数最近的特征值及其对应的特征向量 QR基本算法求矩阵全部特征值 -Characteristic polynomial by the root of a matrix to find the eigenvalues of a matrix power m
Matrix
- 矩阵进行逆转换，求转置，求乘积，进行等距插值，带有注释说明-Matrix inverse, transpose, multiplication, equidistant interpolation
Matrix-inverse-operation-to-achieve
- 在c语言环境下运用二维数组存储结构实现矩阵的求逆运算-C language environment in the use of two-dimensional array of storage structures to achieve the matrix inversion
gen_inverse-matrix--non_-eqs-
- 本程序为利用广义逆矩阵法求解朝顶非线性方程组，里面调用了其他三个函数，非别为一般实矩阵的奇异值分解、奇异值分解求一般实矩阵的逆矩阵、广义逆矩阵法求线性超定方程组。-The procedure for the use of generalized inverse matrix method for solving nonlinear equations toward the top, which calls the other three functions, not as a general r
matrix
- 此包包含了众多矩阵处理程序，能够满足矩阵处理的一般要求，由于将各功能分开到不同的“.cpp”文件中，故使用时需要用户自行选取更换合适自己使用的“.cpp”文件。其中，矩阵功能有：输出矩阵、矩阵转置、矩阵归一化、判断矩阵对称、判断矩阵对称正定、全选主元法求矩阵行列式、全选主元高斯(Gauss)消去法求一般矩阵的秩、用全选主元高斯-约当(Gauss-Jordan)消去法计算实(复)矩阵的逆矩阵、用“变量循环重新编号法”法求对称正定矩阵逆、特兰持(Trench)法求托伯利兹(Toeplitz)矩阵逆、
Gauss-Jordan-Matrix
- For inverting a matrix, Gauss-Jordan elimination is about as efficient as any other method. For solving sets of linear equations, Gauss-Jordan elimination produces both the solution of the equations for one or more right-hand side vectors b, and also
inverse
- 用解线性方程组的方法求三对角矩阵逆 用解线性方程组的方法求三对角矩阵的逆的计算-With the method of solving linear equations for tridiagonal matrix inverse With the method of solving linear equations for three diagonal matrix inverse calculation
matrix
- 实现n阶方阵求逆,即求n阶矩阵的逆矩阵。-n square matrix inverse
Admittance-matrix-inversion
- 程序使用高斯消去法实现导纳矩阵形成阻抗矩阵（即求逆）运算。采用带行辅助向量的三元组表来存储由给定文件中各支路参数形成的节点及导纳数据，其中三元组中导纳类型为复数类。可以通过查找函数结合辅助向量实现对指定行列的元素的查找和输出。-The program uses the Gaussian elimination method to achieve admittance matrix to form the impedance matrix (inverse) operator. With adju
Inverse
- 使用C编写的复数矩阵求逆，使用高斯消去法，已经和matlab结果做过对比，无误-Written in C and the complex matrix inverse, using the Gaussian elimination method, has been done and matlab results contrast, correct
systolic--matrix-inversion
- DSP算法架构及设计，内容为基于systolic的上三角矩阵求逆电路的实现，里面有详尽的MATLAB/SIMULINK 仿真模型，及HDL代码和在modelsim中的仿真程序，非常不错的。-Architecture and design of DSP algorithms, based on systolic upper triangular matrix inverse circuit to achieve detailed MATLAB/SIMULINK model and the HDL
inverse
- this function used to calculate MATRIX INVERSE
the-complex-matrix-inverse-
- 分析了两种求逆的方法介绍了实部矩阵、 虚部矩阵均可逆和实部矩阵可逆、虚部矩阵可分解成2个向量乘积的两种复数矩阵的求逆方法 ,给出了这两种复数矩阵求逆矩阵的计算公式 ,并通过具体的实例来验证方法的可行。-Two inverse real part of the matrix, the imaginary part of the matrix are invertible reversible and the real part of the matrix, the imaginary part o
matrix-inverse-matlab
- 高斯消元法矩阵求逆，程序详细，仅供学习使用-Gaussian elimination of matrix inversion and detailed procedures, only to learn to use
Matrix-Computation
- 详细介绍了如何用C语言实现矩阵的各类运算，包括矩阵的逆、转置、乘法等等。-Details of how to use the C language matrix types of operations, including the matrix inverse, transpose, multiplication, and so on.
inverse
- 已知矩阵和维数，求出任意维数的矩阵的逆，包括求行列式-Seeking any dimension matrix inverse