CPM4TR

采用matlab实现了GPS单点定位，包括读Ｎ文件、O文件，定位解算，坐标转换等。(Matlab achieved using GPS single point positioning, including the reading of N documents, O file, locate solver, coordinate conversion.)

说明：  应用压缩传感技术实现信号的复原，且里面含有一个应用小波实现的边缘提取，效果不错(Application of compressed sensing technology to achieve signal recovery, and it contains an application of wavelet edge detection to achieve good results)

A comprehensive OFDM turorial

说明：  用matlab实现不规则多边形网格的划分(Using matlab to achieve the division of irregular polygonal meshes)

短波跳频信号协议仿真,考虑了 多径的影响,协议传输的准确性(agreement shortwave frequency signal simulation, in consideration of the multi-path effects, the accuracy of transmission agreement)

这是比例导引的MATLAB程序,其中龙格库塔积分的程序很简单且通用性强(This is the proportion of MATLAB guided procedures, which Runge Kutta integration process is simple and versatile.)

性指标的价值函数达到最小。FCM与HCM的主要区别在于FCM用模糊划分，使得每个给定数据点用值在0，1间的隶属度来确定其属于各个组的程度。与(indicators of the value of minimizing function. HCM FCM with the main difference is fuzzy FCM, broken down to make each set of data points with the value 0, one of the membership to determine its belong to the group level. And)

4X4阵列天线中实现波束赋形在干扰方向形成零陷，(beamforming nullsteering massive-mimo)

对于传递函数为G=1/(s*s+2*&*s+1)归一化二阶系统，制作一个能绘制该系统单位阶跃响应的图形用户界面。本例演示：（A）图形界面的大致生成过程；（B）静态文本和编辑框的生成；（C）坐标方格控制键的形成；（D）如何使用该界面。(for the transfer function of G = 1/(s* s* 2)

在加噪声的情况下，利用细菌觅食优化算法（BFA）辨识NARMAX模型(In the case of additive noise, the use of bacterial foraging algorithm (BFA) Identification NARMAX model)