Final_v1

本程序为模糊聚类算法在图像分类中的应用。（图像的大小为30*30）。(This procedure for the fuzzy clustering algorithm in image classification applications. (Image size is 30* 30).)

单纯形算法的所有源程序，并举例两个函数说明，对函数用单纯形算法进行分析，寻找最优解。(Simplex algorithm of all source code, and that two functions, for example, use of function analysis of the simplex algorithm to find the optimal solution.)

一些有用的时间序列分析相关程序（matlab)(Time Series program)

利用tol和bol进行多基地的定位，最后给出GDOP图(TOL and BOL are used to locate for multi base, and finally the GDOP diagram is given)

自适应信号处理工具箱，国外经典通信教材的配套源代码(Adaptive Signal Processing Toolbox, foreign classic communications materials supporting source code)

计算广义的hurst指数，本课题组编写程序，欢迎使用(compute general hurst, our group write program,welcome to use)

阵列信号处理的高分辨率估计，ICA（主分量分析）算法和程序，光纤陀螺输出误差的allan方差分析，是路径规划的实用方法，脉冲响应的相关分析算法并检验，包含了阵列信号处理的常见算法，可以得到很精确的幅值、频率、相位估计。( High-resolution array signal processing estimates, ICA (Principal Component Analysis) algorithm and procedures, allan FOG output error variance analysis, Is a practical method of path planning, Related impulse response analysis algorithm and inspection, Contains a common array signal processing algorithm, You can get a very accurate amplitude, frequency, phase estimation.)

Knowledge of the process noise covariance matrix is essential for the application of Kalman filtering. However, it is usually a difficult task to obtain an explicit expression of for large time varying systems. This paper looks at an adaptive Kalman filter method for dynamic harmonic state estimation and harmonic injection tracking.(Knowledge of the process noise covariance matrix is essential for the application of Kalm an filtering. However, it is usually a difficult task to obtain an expli cit for large expression of time varying system s. This paper looks at an adaptive Kalman filter method for dynamic estimation a harmonic state nd harmonic injection tracking.)

Matlab code for the simulation of HF channel with Rayleigh fading

PCA用于故障诊断与检测，很有用的一个程序，希望你喜欢(PCA for fault diagnosis and detection, a useful program, I hope you like)