Matlab 的 Gabor 滤波器

Simulink simulation of 3 phase faults. Can observe voltage and current dynamics

Rayleigh and Rician distributed simulation for different parameter

高炉trt模糊pid仿真程序，两输入三输出，含比对部分(Blast furnace TRT fuzzy PID simulation program, the two input three output, including the comparison section)

说明：  左右圆偏振光的推导公式，与处理结果。传统意义上根据界面曲率的不同，对于确定的透镜，其正极性或负极性是确定了的。但根据等离子体天线方向角的改变，透镜的部分极性也随之改变，换言之，同一透镜中正负极性均存在且可控制。(Derivation formula and processing results of left and right circularly polarized light)

说明：  本文分析了正弦波的 DFT系数 的结构通过DFT系数的相位信息, 可以对正弦波的频率作精确的估计，该算法与 iRfe 的算法性能互补, 结合这两种 算法, 得到了一种综合算法，计算机模拟结果显示, 本算法精度高, 而增加的计算量并不大, 并且容易硬件实现.(The structure of the DFT coefficients of a sine wave is analysed. A new accurate frequency estimator for asingle sinusoid is proposed by using the information obtained frormn the phase of the DFT coefficients. Its performance is com-plemental with Rife algorithm. So that synthetic approach is proposed. The simulation results indicate that this approach ismuch better than the DFT and some other fast methods at the cost of double FFT which is far less than the MLE in comput-e time.)

时间序列中关于系统的记忆性建立模型，分析模型构成因素。(Time series in memory on the system model to analyze the constituent elements of the model.)

用lbp实现纹理特征提取，并分类说明: 一共有三个m文件，一个是lbp.m, 存放主要的lbp算法， 一个是getmapping,用以做算法的辅助函数， 一个是lbptest.m,存放着测试代码。 这三个文件需要放到同一个文件夹，并在文件夹中添加相应的图片， 具体的图片名字见lbptest.m的代码，运行lbptest.m可以查看结果。代码最后给出效果图 这三个文件是最传统的LBP方法，有256种。(With lbp achieve texture feature extraction and classification Description: A total of three m files, one is lbp.m, store the main lbp algorithm, One is getmapping, helper functions for doing arithmetic, One is lbptest.m, kept the test code. These three documents need to put the same folder, and add the appropriate folder, pictures, See lbptest.m specific name of the picture of the code, run lbptest.m can view the results. Finally renderings code These three documents are the most traditional LBP method, there are 256 kinds.)

program for edge detection

Lookup a chemical element based on Symbol, name, or atomic number

SRF05 using Assembly language