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这个资料，集中系统的介绍了MATLAB在通信系统仿真中的应用，分享(This information, focus on the system introduced in the communication system MATLAB simulation, sharing)

纠正了由于存在复指数而导致的图像重叠问题(Corrected result due to re-index the images overlap )

This Program is Designed for Calculation of A Generalized Null Steering Broadside Beam former Weights Vector General Antenna Array Specifications

本程序是矩形波的产生。第零步定义了要产生的波形的所有特征参数，矩形波的持续时间WIDTH，矩形波的采样点数POINTS,载波频率为F0，这个频率的最终引入是便于使用RF频率发射波形。第一步包括产生矩形波，并将其调制到RF上，注意，产生的信号的持续时间是矩形波宽度的5倍，这样，总的采样点数就是5*POINTS。同时还应注意，如果要产生一个基带信号，必须设置T0=0.第二步是画出所产生矩形波的源代码。( This procedure is rectangle wave production. Step to produce stage defined the waveform of all characteristic parameters, the duration of the rectangle wave WIDTH, rectangle wave sampling POINTS POINTS, carrier frequency F0, this frequency for the ultimate introduction is easy to use RF frequency emission waveforms. The first step including generating rectangle wave, and modulated to RF, attention, produce the duration of the signal is five times the width of rectangle wave, so, overall sampling POINTS is 5* POINTS. Also, note that if you want to produce a baseband signals must set T0 = 0. The second step is to draw a rectangular wave generated by the source code. )

SANSAC算法实现椭圆拟合，获取三轴磁力计的数据，对其进行椭圆拟合，用于磁力计数据矫正(SANSAC ellipse fitting algorithm to obtain three-axis magnetometer data, its ellipse fitting for magnetometer data correction)

基于RBF神经网络整定PID simulink仿真模型 最近在研究这个课题(RBF neural network-based tuning the PID Simulink simulation model to study the issue)

matlab中信噪比计算程序，可以检验使用matlab内置函数添加的噪声是否正确(Can be tested using matlab citic noise ratio calculation, matlab built-in functions to add noise is correct )

船舶MMG模型源码，运用动态仿真方法，模拟出船舶航行所形成的旋回圈(Ship the MMG model of source code, the use of dynamic simulation methods, simulation cycles circle formed by a ship sailing)

现代信号处理 卡尔曼滤波matlab仿真程序(Kalman algorithm ，Modern signal processing)

This is inportent program for energy sector engineers. This matlab code is based on Newton Rapshion load flow calculations. Use it.