亲测可用的灰色数据融合预测算法与灰色关联度，MATLAB编译

讲述了完整的OFDM仿真系统，对初学者很有帮助(About a complete OFDM simulation system very helpful for beginners)

说明：  针对故障诊断，本程序为多工况故障诊断，利用gmm对TE过程实现了故障检测，效果很好(According to the fault diagnosis, the program for fault diagnosis of the condition, TE process to realize fault detection using GMM, the effect is very good)

QPSK瑞利信道衰减仿真全过程，加成型滤波等。(QPSK Rayleigh channel simulation of the whole process of decay, plus shaping filtering.)

使用SA模拟退火算法解数独，拥有自己的适应值函数并且可以查看过程(SA simulated annealing algorithm using Sudoku)

表示出两帧图像间各个像素点的相对情况，多抽样率信号处理，GPS和INS组合导航程序，本科毕设要求参见标准测试模型，虚拟力的无线传感网络覆盖，LDPC码的完整的编译码。( Between two images showing the relative circumstances of each pixel, Multirate signal processing, GPS and INS navigation program, Undergraduate complete set requirements refer to the standard test models, Virtual power wireless sensor network coverage, Complete codec LDPC code.)

说明：  OFDM系统仿真 ----比较OFDM系统的IDFT/DFT实现与模拟调制实现仿真代码，其中假设OFDM系统包含8个子载波，fc=1 Hz，子载波频率间隔为1 Hz，每个子载波采用4-QAM调制，符号周期为1秒(OFDM IDFT/DFT 4-QAM FFT/IFFT)

用最小方差间接自校正控制设计控制器，当被控对象的参数未知时，可首先利用递推增广最小二乘法在线实时估计对象参数，然后再设计最小方差控制律，即将对象参数估计器和控制器的设计分开进行，就形成了最小方差自校正控制间接算法。(The minimum variance indirect self-tuning control is used to design the controller. When the parameters of the controlled object are unknown, the recursive augmented least squares method can be used to estimate the parameters of the object in real time on line. Then the minimum variance control law is designed. The design of the object parameter estimator and the controller are separated, and the minimum variance self-tuning is formed. Positive control indirect algorithm.)

4QAM调制的OFDM多径传输，对不同的信道估计算法的误码性能进行比较(OFDM modulation 4QAM multi-path transmission, for different channel estimation algorithm to compare the BER performance)

利用总体变分法实现图像去噪，内有详细说明和事例(Variational method used to achieve the overall image denoising, with detailed descriptions and examples)

这几个程序是我用matlab做图像分割用到的，方法是四叉树分解，大家可以参考下(These programs do I use matlab image segmentation used, the method is the quadtree decomposition, we can refer to)