PV_MPPT414_INC_2

本仿真是基于超宽带仿真，包括完整的系统分析和仿真程序。(The simulation is based on ultra-wideband simulation, including complete system analysis and simulation procedures.)

基于matlab编写的的粒子群优化算法源码，主要用于解决优化问题~(Particle swarm optimization based algorithm matlab source code)

MATLAB软件SIMULINK工具箱的各模块功能介绍(Features of each module SIMULINK)

matlab的算法关于计算的一席人常用算法(matlab algorithm for computing a seat on one commonly used algorithm)

这本书是专门针对MatlabGUI编程的，简单易懂，里面有大量实例。(This book is designed for programming MatlabGUI, easy-to-understand, there are a large number of examples.)

33节点配电网潮流计算，应用前退回带法，计算简单，收敛迅速(33 node distribution power flow calculation, before the return with the application method, the calculation is simple, rapid convergence)

Soft Output Viterbi Decoding algorithm is used for the soft decoding of iterative channel codes.

svm 核函数的选择与构造 在matlab中运行(svm kernel function and structure of the choice to run in matlab)

matlab程序，EZW算法的改进算法SPIHT算法，一种编码算法(matlab program, EZW algorithm algorithm SPIHT algorithm, a coding algorithm)

这是一个模拟第3类模式地震波的matlab脚本。 This a collection of Matlab scripts that solve the antiplane (mode III) earthquake dynamic problem with slip-weakening friction, on a 1D fault embedded in a 2D homogeneous elastic unbounded medium. The problem is formulated as a boundary integral equation and the elastodynamic kernels are analytically derived in the spectral domain (spatial wavenumber). The method is explained e.g. by Morrysey and Geubelle (1997), and has been improved and extensively used by Nadia Lapusta, Alain Cochard, etc. (This is a Class 3 model simulation of seismic waves of matlab scripts. This a collection of Matlab scripts that solve the antiplane (mode III) earthquake dynamic problem with slip-weakening friction, on a 1D fault embedded in a 2D homogeneous elastic unbounded medium.The problem is formulated as a boundary integral equationand the elastodynamic kernels are analytically derived inthe spectral domain (spatial wavenumber). The method is explained eg by Morrysey and Geubelle (1997), and has been improved and extensively used by Nadia Lapusta, Alain Cochard, etc.)