FDBPM3D_free_space

使用matlab的m语言编写的自控原理中的劳斯判据。写成函数形势，课以直接调用(routh)

this is A MATLAB File for OFDM (DVB)

Matlab实现模糊控制与传统PI控制比较后证明模糊控制修正优于PI控制( Input X: 3 membership functions, Y: 3 membership functions Output U: 5 membership functions)(Matlab fuzzy control with conventional PI control proved that the fuzzy control correction is superior to PI control (Input X: 3 membership functions, Y: 3 membership functions Output U: 5 membership functions))

MIMO信道容量分析的程序以及仿真结果 希望对应届毕业生的论文写作有帮助(MIMO channel capacity analysis and simulation program for graduates hope essay writing help)

pdf文档，机载雷达坐标系变换相关内容，介绍了机载雷达坐标系下的探测目标位置表达方式(pdf document，introduce the coordinates translates method of the airplane between the target)

MATLAB.GUI教学视频3：滚动条数值显示在文本框中(MATLAB.GUI instructional videos 3: scroll bar value displayed in the text box)

,在强干扰中提取信号,不仅要求有一定的信噪比,而且必须对信号作恒虚警处理.在自动检测系统中,对一定的检测门限来说,当干扰电平增大几分贝,虚警率就会大大增加,致使显示器画面饱和或计算机过载,这时即使有足够大的信噪比,也不可能做出正确的判决.为此在自动检测雷达中,必须具备恒虚警处(, extracting signal in strong interference, not only requires a certain signal-to-noise ratio, and must make constant false alarm processing for signal. In the automatic detection system, for a certain detection threshold, when the noise level increases, a few decibels will greatly increase the false alarm rate, led display screen saturated or computer overload, even if there is enough SNR at this moment, it is impossible to make the right decision. Therefore in the automatic detection of radar, must have a constant false alarm)

组合导航源码，有助于入门了解GPSins惯性导航(Integrated navigation source code, helps to get to know GPSins inertial navigation.)

分析电力系统风电出力数据的状态转移概率。在得到两三年的风电场发电出力数据后，可用该程序分析风电出力的具体变化，以及风电出力在相邻时刻不同状态之间的转移概率。(Analysis of power system wind power output data state transition probabilities. In two or three years to get the wind farm power output data, the program can analyze specific changes in wind power output, as well as wind power output in the adjacent time transition probabilities between different states.)

使用时域有限差分法编写的计算散射截面的简单程序(Scattering cross section is calculated using a simple program written in finite difference time domain method)