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说明：  matlab动力学分析程序详解:一个用matlab进行动力学分析的程序例子(Detailed explanation of MATLAB dynamic analysis program)

说明：  simulink ac too dc simpower in matlab

face detection in matlab. accuracy is about 99.3 . basic code of matlab need to execute in matlab

该文章展示了一个两发两收的MIMO平台，简述了MIMO系统的各个不分组成，基于matlab进行仿真(The article depicts a fat 2 2 admission MIMO platform outlined a MIMO system regardless of the various components, based on MATLAB simulation)

激光器中光场稳定分布过程的数值仿真，能看到光场迭代的动态过程(Dynamic process of the laser light field stable distribution Numerical simulation iterations to be able to see the light field)

小波去噪，小波阈值公式的改进，改进的小波阈值公式(Wavelet denoising, improved wavelet threshold formula and improved wavelet threshold formula)

永磁同步电机无位置传感器双闭环 1000转左右时运行可靠波形非常好(Permanent magnet synchronous motor without position sensor double closed loop 1000 rpm when running reliable waveform is very good)

这是用SIMULINK的S-FUNCTION方式编写的系统仿真代码，系统是基于4G网络的核心技术空时分组编码的MIMO-OFDM通信系统的，涉及到空间分集、时间分集和频率分集的有机结合，包括QPSK调制解调、IFFT调制、控制编解码、基于训练符号的信道估计等通信模块。包括main_STBC_MIMO_OFDM和training_symbol两个M文件和一个DOC文件，对各部分的都有详细的代码和注释。(It is used SIMULINK the S-FUNCTION approach to the preparation of the system simulation code, the system is based on the 4G network s core technology space-time block coded MIMO-OFDM communication system, involving spatial diversity, time diversity and frequency diversity of the organic combination, including QPSK modulation and demodulation, IFFT modulation, control of encoding and decoding, symbol-based channel estimation training and other communication module. Including main_STBC_MIMO_OFDM and training_symbol two M file and a DOC file, have detailed the various parts of the code and comments. )

这是根据”Dr. GUI and ATL” 的文章自己做的例子程序,主要是在原有接口上继承新的接口,这样在保留原接口的基础上可以扩展新的功能(This is based on "Dr.. GUI and ATL, "the article themselves examples of procedures, mainly in the original interface inheritance new interface, so that the preservation of the original interface can be extended on the basis of new functions)

TE波在二维自由空间的传播 Mur边界 高斯源(TE wave propagation in two-dimensional free-space Gaussian source Mur boundary)