power-system-link

This book is intended for anyone trying to learn the fundamentals of computer programming. The chapters lead the reader through the various steps required for writing a program, introducing the MATLABr constructs in the process. MATLABr is used to teach programming because it has a simple programming environment. It has a low initial overhead which allows the novice programmer to begin programming immediately and allows the users to easily debug their programs. This is especially useful for people who have a “mental block” about computers. Although MATLABr is a high-level language and interactive environment that enables the user to perform computationally intensive tasks faster than with traditional programming languages such as C, C++, and Fortran, the author shows that it can also be used as a programming learning tool for novices. There are a number of exercises at the end of each chapter which should help the users become comfortable with the language.

Adap Min mAx on matlab algorithm

The MATLAB Toolbox for oceonographic horizontal-profiling zond

ppt文件，讲述如何使用matlab调用zemax中数据的文档(ppt file explains how to use the data in matlab call zemax document)

微多普勒处理雷达数据 已通过测试 微多普勒处理雷达数据 已通过测试(Micro- Doppler radar data processing has been tested Micro- Doppler radar data processing has been tested )

说明：  BPSK、QPSK、MQAM等不同调制方式误码率的Monto-carlo仿真(Monto carlo simulation of BER)

本程序为基于MATLAB开发的，混沌时间序列特性分析之PCA方法的应用实例(This procedure was developed based on MATLAB, Analysis of chaotic time series properties of the application of PCA method)

pdf文档，一种改进的OFDM最大似然符号同步算法。利用导频符号与循环前缀的最大似然算法进行联合同步检测,并可以纠正符号偏差。(An improved symbol synchronization algorithm for OFDM systems is proposed in this paper.)

一种多目标差分演化算法的例程，可以自己添加目标函数(A multi-objective differential evolution algorithm routines, you can add your own objective function)

仿真了LMS算和和牛顿算法以及最速下降算法有图形可以清楚的看到几个算法的收敛速度的快慢(Calculation and simulation of the LMS and Newton algorithm and the steepest descent algorithm can clearly see several graphical convergence of the algorithm for the pace of)