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基于QR分解的总体最小二乘方法
- 基于QR分解的总体最小二乘方法 基于Matlab的程序,QR decomposition based on total least squares method
Vblast_QR.rar
- MIMO系统中基于QR分解的VBlast接收，包含多个.m程序，有助于您对于VBlast的理解,MIMO systems based on the QR decomposition VBLAST receiving, contains more than one. M procedures, will help you for understanding VBLAST
SPQR-1.1.2.tar
- 基于C++编程的多线程的多波前稀疏矩阵的QR分解，Timothy A. Davis编写-SuiteSparseQR is an implementation of the multifrontal sparse QR factorization method. Parallelism is exploited both in the BLAS and across different frontal matrices using Intel s Threading Building Blocks
rsvd
- 基于GM算法和QR分解实现的稳健奇异值分解算法，通过该算法可以获取一个数居阵的稳健方差－协方差阵。在该稳健方差－协方差阵上可以进行诸如，稳健主成份分解、稳健聚类、稳健因子分析等操作。-GM based on QR decomposition algorithm and the realization of the stability of singular value decomposition algorithm, the algorithm can be accessed through a
UCA_SMI
- QR分解SMI算法的目的正是要避免直接来解线性方程，而是将自相关矩阵分解，并利用Givens旋转实现数据矩阵的QR分解，最终将权矢量的求解问题转化为三角线性方程组的求解问题。-QR decomposition SMI algorithm, whose objective it is to avoid directly to solution of linear equations, but will auto-correlation matrix decomposition, and the u
QR
- 矩阵全部特征值的QR方法，包括化一般矩阵为上Hessenberg阵，平面旋转阵(Givens变换阵)，用 Givens变换对上Hessenberg阵作QR分解，原点平移加速的QR方法等-Eigenvalue matrix of all the QR methods, including the general of the Hessenberg matrix array, planar array rotation (Givens transformation matrix), with the
Vblast_QRmatlab
- MIMO无线通信系统VBLAST算法的Matlab实现（QR分解）-Matlab realization of a MIMO system using VBLAST method (QR decomposition)
MATLAB
- QR分解-householder reflection-householder reflection
QR
- 用QR分解来解方程AX=b，其中QR分解是用householder变换做的-With QR decomposition to solve the equation AX = b, where QR decomposition is done using householder transformation
QR_and_Least_Square_problems
- 如何对随机生成的矩阵进行QR分解和并利用QR分解解决最小二乘问题.-Use Householder reflector to compute the QR factorization of a randomly generated matrix and then solve the Least-Square problems.
householderqr
- householder 矩阵 qr分解程序-householder matrix qr decomposition process
QR
- QR分解的MATLAB程序，可用于MIMO智能天线等-QR decomposition
QR-decomposition
- QR分解的MATLAB程序，可用于MIMO智能天线等-QR decomposition MIMO Smart antenna
QR-matlab
- qr算法的matlab代码，利用矩阵的QR分解，逐步按递推法构造矩阵的分解序列的过程，只要原始矩阵式非奇异矩阵，则由QR算法就完全确定其分解序列了-qr algorithm matlab code using a QR decomposition of the matrix, step by step process of the recursive method to construct the matrix decomposition sequence, as long as the ori
qrfun
- n阶矩阵A的QR分解MATLAB代码 n阶矩阵A的QR分解MATLAB代码 -A=QR matlab A=QR matlabA=QR A=QR matlabmatlabA=QR matlabA=QR matlabA=QR matlabA=QR matlab
QR
- QR分解是球形MIMO检测算法必不可少的环节,本代码采用m语言描述了QR分解分解具体怎么实现,而不是直接调用matlab内部函数,采用的是QR分解的脉动阵列结构,据此代码可轻易实现QR分解的FPGA设计-QR decomposition is an essential part of the spherical MIMO detection algorithm, the code uses QR decomposition decomposition m language to describe
SVD_C++
- C++实现矩阵的SVD分解，矩阵基本运算“+，-，*，/”，三角分解，QR分解，矩阵显示，矩阵转置，矩阵特征值与特征向量运算. 并在 Source.cpp中附有使用例子代码，方便读者快速上手。 经本人测试，完全可以运行，放心使用。 对于SVD分解，经过与matlab中结果对比，发现，当矩阵的列数>=行数时，基本没问题。(Using C++ language realizes the SVD decomposition of matrix,as well as the basic o
Desktop
- 计算矩阵QR分解，A=Q[R;O] 可用于求解线性方程组 并附带利用QR分解解决LSE和LS的程序(To work out the QR decompose of a matrix)
QR
- 自动识别矩阵规模，进行QR分解运算，采用HouseHolder变换做成上Hessenberg矩阵，然后通过Givens变换做QR分解。(The size of the matrix is automatically identified, the QR decomposition operation is performed, the HouseHolder transform is used to make the upper Hessenberg matrix, and then the Q
matlab数值特征值与特征向量计算 实例源程序代码
- 特征值与特征向量的计算 339 10.1 特征值问题概述 339 10.1.1 特征多项式 339 10.1.2 特征值范围估计 340 10.2 幂法及反幂法 341 10.2.1 幂法 341 10.2.2 幂法的加速 344 10.2.3 反幂法 350 10.2.4 混合幂法 352 10.3 实对称矩阵的Jacobi法 353 10.3.1 Givens变换 353 10.3.2 基本Jacobi法 358 10.