This_carte_ViaccessPC2_to_pc2.6

强健性多元回归工具箱，强健性PCA，强健性PLS(robust regression toolbox，including robust PCA，Robust PLS)

基于matlab的系统分析与设计：图像处理3，内容翔实，丰富，包含了simulink建模(Matlab-based Analysis and Design: Image Processing 3, informative, rich, contains a simulink model)

pll programs for 2nd , 3rd 4th order

37724108Volterra-Matlab混沌时间序列的Volterra一步预测的Matlab程序(37724108Volterra-Matlab chaotic time series prediction Volterra step of Matlab procedures)

说明：  实现蚁群算法，实现蚁群算法的MATLAB程序。只要输入城市坐标就行(The realization of ant colony algorithm, ant colony algorithm to achieve the MATLAB program. Just enter the city coordinates on the line)

说明：  TDFD,双脊金属加载矩形波导，的基模和第一个高阶模的色散曲线计算,TE模的仿真(TDFD,双脊metal loaded rectangular waveguide, the fundamental mode and first higher order mode dispersion curve calculation, TE-mode simulation)

PHOTOVOLTAIC MODELISATION WITH SIMULINK

第3章 离散系统结构 109 3.1 离散系统结构的基本原理 109 3.1.1 离散系统结构的分类 109 3.1.2 离散系统结构的基本组成 109 3.2 IIR系统结构及MATLAB实现 110 3.2.1 直接I型 111 3.2.2 直接II型 111 3.2.3 级联型 113 3.2.4 并联型 118 3.3 FIR系统结构及MATLAB实现 122 3.3.1 直接型 123 3.3.2 级联型 123 3.3.3 线性相位型 124 3.3.4 频率取样型 126 3.4 Lattice结构及MATLAB实现 131 3.4.1 全零点FIR系统的Lattice结构 131 3.4.2 全极点FIR系统的Lattice结构 136 3.4.3 零极点ARMA系统的Lattice结构 140(Chapter 3 Structure of Discrete Systems 109 3.1 The structure of the basic principles of discrete systems 109 3.1.1 Classification of 109 Discrete System 3.1.2 The basic system structure composed of discrete 109 3.2 IIR system structure and MATLAB Implementation 110 3.2.1 Direct I-111 3.2.2 Direct Type II 111 113 3.2.3 Cascaded 3.2.4 Parallel 118 3.3 FIR system structure and MATLAB Implementation 122 3.3.1 Direct Model 123 123 3.3.2 Cascaded 3.3.3 Linear Phase Model 124 3.3.4 Type 126 frequency sampling 3.4 Lattice structure and MATLAB Implementation 131 3.4.1 System-wide zero FIR Lattice Structure 131 3.4.2 Lattice all-pole structure 136 FIR system 3.4.3 zero-pole structure 140 Lattice ARMA system)

This paper describes the user s guide to convert matlab code into c or c++.

说明：  通过定义一个辅助向量，该向量中的元素为每条边端点的节点，生成无标度网络(By defining an auxiliary vector, the vector for each element in the endpoint of the edge node, to generate scale-free network)