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jacobi算法
- 实现雅可比叠代算法 在matlab中 输入矩阵A,b, 初值x 调用该函数 得到结果-achieve Jacobi iterative algorithm in Matlab input matrix A, b, x initial function to be called the results
pca.m
- 本程序的运行环境为matlab6.5，在command window下输入数据x和a，然后调用函数pca（x，a）（即本程序的主程序）输入的两个参数的意义是：一个是样本数据x，另外一个是主成分累积贡献率的一个闸值，作为选定主成分个数的一个重要数据。 即可得到样本的协方差矩阵，相关矩阵，相关矩阵的特征根及特征向量，主成分个数和主成分负荷矩阵。 -the procedures for the environment matlab6.5. under the command window i
dir2cas
- 直接型到级联型的形式转换 ％ [b0,B,A]=dir2cas(b,a) ％b 为直接型的分子多项式系数 ％a 为直接型的分母多项式系数 ％b0为增益系数 ％B 为包含各bk的K乘3维实系数矩阵 ％A 为包含各ak的K乘3维实系数矩阵 ％-directly to the cascade-type conversion in the form of%% [belts, B, A] = dir2cas (b, a)% b-to direct the molecular p
PLSUVECV.rar
- PRINCIPLE: The UVE algorithm detects and eliminates from a PLS model (including from 1 to A components) those variables that do not carry any relevant information to model Y. The criterion used to trace the un-informative variables is the reliability
2
- 矩阵LDLT分解与Cholesky分解 求矩阵A=（αij）20x20的LDLT分解与Cholesky分解-Matrix LDLT decomposition and Cholesky decomposition Matrix A = (αij) 20x20 of the LDLT decomposition and Cholesky decomposition
simulation
- 对一个50个结点（更多的节点的网络只需要修改模块中的标量维数就行）的复杂非线性耦合网络进行同步化仿真。首先生成K矩阵，然后运行simulink，即可得到50个洛仑兹混沌节点复杂网络的同步化曲线。-Of a 50-node (more network nodes only need to modify module scalar dimension on the line) the complexity of nonlinear coupling network synchronization s
KF-2-D-matrix
- 卡尔曼滤波简单例子，二维情况。模拟一个小车在平面内运动-Kalman filter simple example, two-dimensional situation. Simulation of a car movement in the plane
Beam_Vibration_Control
- 针对梁的振动控制Matlab程序，包括输入MKC矩阵，计算固有频率，并采用Simulink进行梁的振动控制-Matlab for beam vibration control procedures, including input MKC matrix, calculate the natural frequency and vibration of beams using Simulink Control
get_clustering_coefficient
- 通过邻接矩阵，计算网络的聚类系数。聚类系数是复杂网络中一个重要参量。 -Through the adjacency matrix, computing networks, clustering coefficient. Clustering coefficient is a complex network, an important parameter.
lsqr_b
- 此算法为用于解反问题的lsqr算法，对Ax=b，输入矩阵A，列向量b，以及迭代步数，求得列向量x-This algorithm is used for solution of the inverse problem lsqr algorithm, Ax = b, the input matrix A, the column vector b, as well as the number of iterative steps, to seek the column vector x
dmc
- 用matlab实现的动态矩阵仿真程序，学预测控制的朋友可以看看啊-Achieved with dynamic matrix matlab simulation program, predictive control school friends can take a look at ah
simulink model of upfc
- this is a simulink model of upfc based on matrix converter
qmle
- the text file QMLE contains the quasi maximum likelyhood estimating procedure and performing Information Matrix test for a univariate GARCH(1,1) model
dmc
- dMC动态矩阵控制单变量的，可以很容易修改成需要的相应程序。-DMC Dynamic Matrix Control of a single variable, can be easily modified to the needs of the corresponding procedures.
work
- QR factorization of an m × n matrix A with m ≥ n is a pair of matrices A = QR
art
- 用于解反问题的代数重建法，对于Ax=b，输入矩阵A，列向量b，以及迭代步数k，可求的列向量x-Algebraic solution of the inverse problem for the reconstruction of France, for Ax = b, the input matrix A, the column vector b, as well as the number of iterations k, rectifiable column vector x
Matrix
- a good paper introducing Fisher Information matrix-A User Manual for the Fisher Information Matrix
a-novel-structure-of-UPFC-with-matrix-converter.z
- This document refers to a novel control structure of UPFC based on Matrix converter
matrix
- matrix theory：Mathematically rigorous introduction covers vector and matrix norms, the condition-number of a matrix, positive and irreducible matrices, much more.-matrix theory
A algorithm
- A算法实现路径规划，数字地图用矩阵建立的(A* algorithm, A* algorithm to achieve path planning, digital map with matrix establishment)