rayleigh

Electromagnetic Simulation Using_Fdtd Sullivan2D书中的程序。(Electromagnetic Simulation Using_Fdtd Sullivan2D book program.)

基于MATLAB6.0实现的体彩双色球预测算法，基础原理是rbp神经网络(Based on MATLAB6.0 implementation Ticai Shuangse Qiu prediction algorithm, neural network-based principle is rbp)

这是一个关于双向介质瑞雷面波的正演模拟，效率非常的高，程序中用了衰减吸收边界条件，效果非常的好(This is a two-way medium Rayleigh wave forward modeling, its efficiency is very high, the program using the decay of the absorbing boundary conditions, the effect is very good)

哈弗曼编码用MATLAB语言和C语言来解释(Huffman coding using MATLAB and C language to explain)

matlab 常用算法程序，例如插值，函数逼近，矩阵特征值算法等常用程序。(commonly used algorithm matlab program, such as interpolation, function approximation, matrix eigenvalue algorithms commonly used procedures.)

Matlab关于香农信道容量公式演示实验Matlab关于香农信道容量公式演示实验(Matlab on Shannon channel capacity formula Matlab demonstration experiment on the Shannon channel capacity formula Demonstration)

自己做的基于非线性动力学模型的四旋翼飞行器用的PID控制的姿态控制仿真模型和位置回路的仿真模型，inversion1是给定位置解算姿态的文件(Based on their own four-rotor aircraft nonlinear dynamic model with attitude control PID control simulation model simulation model and the position loop, inversion1 a given location solver attitude file)

MIMO-OFDM雷达波束形成及优化。首先，MIMO-OFDM雷达和OFDM-MIMO雷达的定义在不同的期刊是不同的。这里MIMO-OFDM雷达的定义同IET期刊，即发射阵列应用频率分集。MIMO-OFDM雷达同时使用了频率分集和波形分集，当发射阵列阵元间距是接收阵列阵元间距的N倍时，虚拟孔径最大，这时波束最窄，空域分辨力最高。(Beamforming and its optimization of MIMO-OFDM radar, the definition of MIMO-OFDM radar and OFDM-MIMO radar in different journal are fifferent. the MIMO-OFDM radar is equal to IET journal, that is transmitting end is frequency diverse array. Both frequency diversity and waveforms diversity are used in MIMO-OFDM radar, while interelement range in transmitting end is N times of receiving end, the virtual aperture is maximum, and spatial resolution is maximum.)

colea程序，处理语音信号的M函数集合，对于学习语音处理有很大帮助(colea procedures to deal with M-function voice signal a collection of voice processing for the study of great help)

古典MUSIC算法DOA估计，可以确定波达来向(Classical MUSIC Algorithm DOA Estimation)