PMSM_DRIVES_SIMULATION123

介绍了控制系统性能评价的方法及步骤，其中包括单变量系统，多变量系统，串级控制系统等(Control system performance evaluation methods and procedures, including the single-variable systems, multivariable systems, cascade control system)

实现MIMO全双工的仿真 实现MIMO全双工的仿真 实现MIMO全双工的仿真(MIMO simulation to achieve full-duplex MIMO simulation to achieve full-duplex full-duplex MIMO simulation)

电力电子、电机控制系统仿真模型 经典仿真源程序 洪乃刚版本(Power electronics, motor control system simulation model version of the classic simulation source Hong Naigang)

传递函数转换为状态方程的通用程序，编程环境为matlab(Transfer function into the general program for the equation of state)

matlab的c++ 数学库的使用手册，方便嵌入到c++开发中(matlab in c++ math library user' s manual, easy to c++ embedded development)

线性调频脉冲信号压缩,matlab程序,脉冲压缩实验(Chirp signal compression matlab program)

本程序是基于Matlab的三次样条插样法。(This procedure is based on Matlab-like cubic spline interpolation method.)

Testing functions with double-byte names.

说明：  层次分析法是对一些较复杂、较模糊的问题作出决策的简易方法，它特别适用于那些难于完全定量分析的问题。 层次分析法是一种将决策者对复杂系统的决策思维过程模型化、数量化的过程。应用这种方法，决策者通过将复杂问题分解为若干层次和若干因素，在各因素之间进行简单的比较和计算，就可以得出不同方案的权重，为最佳方案的选择提供依据，因此层次分析法常应用分析评价定性量化问题。(Analytic Hierarchy Process is an easy way for some of the more complex, the more obscure the issue of decision-making, it is particularly difficult for those who complete quantitative analysis of the problem. Analytic Hierarchy Process is a method of decision-makers of complex systems thinking process modeling, quantitative process. Application of this method, decision makers through the complex problem into several levels and a number of factors, among the factors that make simple comparisons and calculations, different scenarios can be drawn on the right weight, provide the basis for selecting the best solution, so Analytic Hierarchy Process is often used to quantify the problem of qualitative analysis and uation.)

说明：  利用EKF实现单站相位差变化率定位，并计算CRLB、画GDOP图。参考文献为《一种快速高精度无源定位方法的研究》(Using EKF to locate the change rate of single station phase difference, calculate CRLB and draw GDOP diagram. References are "Research on a Fast and High Precision Passive Location Method")