MatchingPursuit

是Matlab图像处理的原程序代码，适合初学者使用。 (Matlab image processing is the original code, suitable for beginners.)

基于MIT律的可调增益MARC,MIT自适应律可用于单个可调参数的情况，也可用于多个可调参数的情况(MIT-based law adjustable gain MARC, MIT adaptive law can be used in case of a single adjustable parameter can also be used in multiple situations tunable)

提供一个元胞自动机的运行模型（CA），以及举例（沙漏模型）对元胞自动机模型驱动机制的模拟。(Provide operational model of a cellular automata (CA), as well as the example (hourglass model) simulation driving mechanism of cellular automata model.)

压缩感知雷达信号处理相关文献，包括英文最初的基础文章以及很好的综述性文章，对学习信号处理压感方向的同学会有所帮助！(Compressed sensing radar signal processing literature, including English first base articles, and good review article, to learn the direction of the signal processing pressure sensitive students will be helpful!)

简介：IFP_FCM,改进型FCM(模糊C均值)聚类算法,由Frank Hoppner与Frank Klawonn于2003年提出,解决了FCM算法对初始值设定较为敏感、训练速度慢、在迭代时容易陷入局部极小的问题。并附带了Box和Jenkins煤气炉数据模型辨识实例。 文件清单： IFP_FCM算法原始论文： Improved fuzzy partitions for fuzzy regression models.pdf 程序清单： IFP_FCM.m - IFP_FCM算法主函数 initifp_fcm.m - initifp_fcm子函数 stepifp_fcm.m - stepifp_fcm子函数 distifp_fcm.m - distifp_fcm子函数 IFP_FCM_T_S_box_test.m - IFP_FCM测试实例：Box和Jenkins煤气炉数据T-S模糊模型辨识 数据文件： box_data.mat - Box和Jenkins煤气炉数据(IFP_FCM, modified FCM (Fuzzy C-Means) clustering algorithm, in 2003, proposed by Frank Hoppner and Frank Klawonn, FCM algorithm to solve the initial value setting is more sensitive, slow training, while iterating easy to fall into local minimum problem. And comes with Box and Jenkins gas furnace model identification data instance.)

Shape Detection using Hough Transform in Matlab

pmsm整流控制 在 电机中的运用非常多的其中解释比较详细(rectification control PMSM motor in the use of very many of them explained in more detail)

实现MATLAB下的音频AGC，，关键是要有高效的算法。效果不错。 (Audio AGC on MATLAB, the key is to have efficient algorithms. Good results.)

在matlab开发环境下，实现对直流电动机的仿真，研究其直接启动的特性(MATLAB development environment, the DC motor simulation, to study the characteristics of its direct start)

AHP层次分析法计算判断矩阵的最大特征值,有信道编码，调制，信道估计等，GPS和INS组合导航程序。( Calculate the maximum eigenvalue judgment matrix of AHP, Channel coding, modulation, channel estimation, GPS and INS navigation program.)