fasticag

基于多线程机制的，利用Matlab编写，粒子群优化算法。目标变量采用归一化处理，适用于所有的优化函数。优化函数自定义为fitness(x)。(Based on multi-threading mechanism, the use of Matlab to prepare, particle swarm optimization algorithm. Target variables using normalized treatment applies to all of the optimization function. Since the optimization function is defined as fitness (x).)

作为学习李雅谱函数的具体例子，满足学习经验模态分解的基本要求(Li Ya-spectral function as learning the specific example of the learning experience to meet the basic requirements of EMD)

CRLB无线定位算法仿真,大家看看,请多指教(CRLB simulation of wireless location algorithm, let us look at, please advice)

说明：  雷达RD算法的实现 很简单 成像效果不错(Implementation of Radar RD algorithm)

基带编码： AMI码 HDB3码 密勒码(Baseband coding: AMI code HDB3 code Miller Codes)

这里讲述的是matlab的函数拟合问题，含有多个程序可提供给大家参考参考 (About matlab function fitting, containing a number of procedures are available to everyone REFERENCES)

通过matlab模拟仿真光反馈半导体激光器的非线性动态输出特性，主要包括单周期振荡，倍周期振荡，四倍周期振荡和混沌振荡等。(Research program by matlab optical feedback semiconductor laser output characteristics of nonlinear dynamics, there are single-cycle oscillation, the oscillation cycle times, four times the oscillation cycle oscillations and chaos.)

contourlet 变换的toolbox,方便大家使用(contourlet transform toolbox, to facilitate people to use)

用C语言编写的在Simulink环境下对3相交流逆变器进行数值仿真的S函数源代码。该仿真源代码的一个独特之处就是：利用全新的数学模型能够对逆变器相间换流的动态过程进行仿真，这是目前其它同类模型中绝对没有的独特支出，可以用来精确仿真永磁无刷直流电机转矩的动态特性，执行效率很高。(C language in the Simulink environment for three-phase inverter for the numerical simulation letter S several sources. The simulation source code a unique way : the use of new mathematical model to the phase inverter for the dynamic process flow simulation, This is similar to other models, there is no unique expenditures, Simulation can be used for precision brushless DC motor torque to the dynamic characteristics of high efficiency.)

本代码主要运用MATLAB的simulink的模块构建了一个OFDM的基本链路，并研究了AWGN信道在不同SNR下产生的误码率(BER).(This code mainly uses the MATLAB module of Simulink to build a basic link of OFDM, and studies the error rate (BER) of AWGN channel under different SNR)