BER-sim-vs-theo-with-SNR

这是阵列天线中的仿真代码，可以作为卫星接收中阵列天线仿真的参考。(This is the array antenna simulation code.)

184号元胞自动机以及作为交通流仿真基础的nasch模型(NO.184 cellular automaton , and as a cellular automaton traffic flow simulation model based nasch)

本段程序是用来计算啁啾光纤光栅的，本段程序是用来计算啁啾光纤光栅的。(This paragraph, the program is used to calculate chirped fiber grating, this paragraph procedure is used to calculate the chirped fiber grating.)

利用Matlab编写的遗传算法工具箱，可应用于不同的算法设计中(Prepared by use of Matlab genetic algorithm toolbox, the algorithm can be applied to different design)

控制系统中，系统建模。关于状态空间模型建立，然后通过零极点配置控制程序(Control systems, system modeling. On the state space model, and then zero-pole placement control program)

确定离散多普勒频移（fi,n)、多普勒系数(Ci,n)、多普勒相移(@i,n):适用于仿真经典功率谱的情况。(failed to translate)

相控阵直角坐标与极坐标先的方向图,可以调节字体与线条大小(Phased array Cartesian coordinates and polar coordinates before the pattern)

基于TMS320F28069的PMSM的无传感器控制Simulink仿真(Based TMS320F28069 of PMSM sensorless control Simulink simulation)

bresenham直线算法，可实现8方向的直线绘制(bresenham line algorithm can achieve 8 to draw a straight line direction)

GEnetic algorithm for problems