BP

关于MIMO-OFDM的matlab和simulink仿真程序或模型（有OFDM的simulink仿真模型，有mimo-ofdm的信道估计仿真程序）。里面包含7个文件夹，是我做MIMO-OFDM论文时找的，都是可用的，欢迎下载。(MIMO-OFDM on the matlab and simulink simulation program or model (with the simulink simulation model of OFDM, a mimo-ofdm channel estimation simulation program). Which contains seven folders, is what I do MIMO-OFDM find papers are available are welcome to download.)

该程序实现时域LMS算法，并用统计的方法仿真得出不同步长下的收敛曲线(The program to achieve time-domain LMS algorithm, and simulation statistics do not come under the simultaneous convergence of a long curve)

说明：  扩展卡尔曼滤波与粒子滤波滤波性能比较的源程序(Extended Kalman filter and particle filter source)

说明：  有限单元法及其应用 彭细荣，matlab在有限单元中的应用及其代码，可以应用其掌握该方法的弹性求解过程。 (matlab application finite element method )

传统的完整的雷达成像RD算法，其中具体到了距离向、方位向德细节处理(the RD algorithm of traditional radar imaging,many detail are described in it,so it is very usefull for someone who is the first time to learn radar imaging )

该函数是常用于求解采样信号的起点的matlab函数(matlab function used for the start point of signal)

matlab的100个实用源代码例子，包括图像处理，数值计算等常用源代码(matlab source code for the 100 practical examples, including image processing, numerical calculation of the source code used)

本程序针对一类不确定性非线性系统，利用输出反馈实现系统镇定，我用simulink做的一个仿真例子。(This procedure for a class of uncertain nonlinear systems using output feedback stabilization realize system, I used to do a simulink simulation example.)

二维光子晶体，Tm模式，PML边界条件，点源扩散，总场边界场(Two-dimensional photonic crystal, Tm model, PML boundary conditions, point source diffusion, the total field boundary field)

本程序仿真了AWGN信道下，采用DS扩频对bpsk信号的影响，扩频码采用walsh码，扩频因子16； 接收端进行rake接收，然后分集合并，比较了三种分集方式对误码率的影响 从图像可以看出在扩频因子较高的情况下，最大比值合并与等增益合并性能相近(This program simulates the AWGN channel, using DS spread spectrum signal for bpsk influence spreading code using walsh code spreading factor 16 Rake receiver receiving end, and diversity combining, diversity compares three methods on the bit error rate of As can be seen from the image in the case of higher spreading factor, the maximum ratio combining and equal gain combining similar performance)