搜索资源列表
matrix_js
- 矩阵计算,包括了矩阵的加减乘除,还可以实现对角化,对一次解方程组非常有帮助-computing in matrixs,It Includes the plus and multiply and so on,It can realize the diagonalize,that will be very helpfull for one result equation
EM
- 用C++实现了期望最大化算法,为了简化,矩阵使用对角矩阵-C achieve expectations maximize algorithm, in order to simplify the use of matrix diagonal matrix
szpGauss
- 用C++实现的高斯混合模型的算法类,方差矩阵是对角矩阵-C + + Gaussian mixture model algorithm category, variance matrix is diagonal matrix
VB_NUM6
- 用VB实现矩阵特征值的求解算法集。包括:对称矩阵的雅可比变换,实对称阵为三对角阵的特征值求解,等五种特征值求解算法。-VB matrix eigenvalue of the algorithm sets. Including : symmetric matrix Jacobian transform, real symmetric matrix to a three-diagonal matrix eigenvalue solution, the five eigenvalue algorith
tridiag
- 追赶法求解三对角矩阵是数值算法中重要的一种,这个利用了求借热传导方程-chased solve three-diagonal matrix numerical algorithm is an important, the use of the demand by heat conduction equation
JnS-1.2(cardoso)
- cardoso的独立分量分析(ICA)的特征矩阵联合近似对角化(JADE)方法。-Cardoso independent component analysis (ICA) features similar to the joint matrix diagonalization (JADE ) method.
矩阵特征值的计算
- 矩阵特征值与特征向量的计算约化对称矩阵为对称对角阵的豪斯荷尔镕变换法似对称三对角阵的全部特征值、特征向量的计算等-Matrix eigenvalues and eigenvectors of the calculation about symmetry symmetric matrix diagonal matrix ho Shihemi Rong transform it symmetric tridiagonal matrix eigenvalue all, the eigenvectors
MetrixVector
- vc++实现矩阵特征值与特征向量的计算
matrixcompress
- C语言实现矩阵压缩的小程序 掌握特殊矩阵通过压缩存储算法进行压缩存储的方法,并编程实现相关功能。 基本要求: (1) 可以对对称矩阵、上三角矩阵、下三角矩阵、三对角矩阵进行压缩存储; (2) 原始矩阵通过键盘输入,执行后输出压缩后的矩阵; (3) 输入在原始矩阵中的位置,能够得出压缩后的位置; (4) 原始矩阵的行列数从键盘输入。 -C language implementation of small programs to master matrix comp
ar_dlda
- 在ar人脸库上实现Direct Fisher discriminant analysis,该方法首先对类内散布矩阵对角化,然后对类间散布矩阵对角化,使类间散布矩阵对角化的矩阵即使鉴别向量集-In the ar face database to achieve Direct Fisher discriminant analysis, this method first within-class scatter matrix diagonalization, and then between-cla
qs
- 采用的直接矩阵对角化的方法解薛定谔方程,计算电场下的转动光谱。-To fit Stark shifts in rotational transitions for a rotor with up to one quadrupolar nucleus by direct matrix diagonalization for each value of the electric field and M
Catch-tridiagonal-matrix-method
- 追赶法求解三对角矩阵,用matlab调试过,可以直接使用 -Catch tridiagonal matrix method
Matrix_diagonalization
- 矩阵的对角化计算法的的实现,主要针对对称矩阵的对角化问题进行研究,给出了对称矩阵对角化计算的matlab程序代码-Matrix diagonalization calculation matlab programming by contract transform method for symmetric matrix diagonalization problem was realized
principal-component-analysis
- 主成份分析程序,包含求相关系数矩阵/矩阵对角元素提取、创建对角阵、求特征值和特征向量等函数-Principal component analysis program, including seeking the correlation matrix/matrix diagonal elements extract, create diagonal, find eigenvalues and eigenvectors and other functions
追赶法 解三对角矩阵
- 追赶法 解三对角矩阵,matlab 程序。追赶法 解三对角矩阵,matlab 程序。追赶法 解三对角矩阵,matlab 程序。
p_link
- 将处于矩阵对角处的两点用最少的像素连接起来 输入: mat_in:为二值矩阵,为1的点在对角线处 输出:连接后的矩阵- In the matrix are connected at two corners with a minimum of input pixels up: after the connection matrix: mat_in: a binary matrix, at a point at the diagonal output
form_sparsematrix
- 将对称满阵a转化为稀疏存储:按行存储 寻找上三角阵首个非零元位置,上三角阵非零元所在列,非零元值,对角元值(Convert symmetric full array a into sparse storage: store by line Find the first nonzero element position of the upper triangular array, the nonzero element of the upper triangular array, the no
矩阵对角化程序
- fortran计算用来求解线性方程组的BLAS和LEACK 包。。。(The FORTRAN calculation is used to solve the BLAS and LEACK packages of the linear equations.)
chase
- 功能为求解系数矩阵为三对角矩阵或者循环三对角矩阵的线性方程。 输入的四个参数均为行向量,分别对应系数矩阵的上副对角线,主对角线,下副对角线,以及方程等号另一侧的常数矩阵(The four parameters of the input are line vectors, which correspond to the upper diagonal lines of the coefficient matrix, the main diagonal line, the lower diagonal
追赶法解三对角矩阵的程序
- 追赶法解三对角矩阵的程序,主程序直接调用即可。