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Levin Campelo (EF)-(ET) algorithm

小车避障的控制程序，三输入（左右距离之差、前方障碍物距离、与目的地之间偏角）一输出（小车拐角）实现对小车的模糊控制(Car obstacle avoidance control program, three input (about the difference between the distance, distance of obstacles ahead, and the Angle between the destination) the output (the car corners) to realize the fuzzy control of the car)

代码基于Matlab软件，讲述了大量数学方法的应用思路和过程。内容涉及回归分析、主成分分析、因子分析、聚类分析、判别分析、时（空）间序列分析、Markov链、R/S分析、线性规划、层次分析法以及人工神经网络建模等方法。通过模仿本书讲授的计算过程，读者可以加深对有关数学方法的认识和理解，并且掌握很多Matlab的应用技巧。代码规范，可研究价值高。 　(Code based on the Matlab software, tells the story of a large number of mathematics method of thinking and process applications.Content in regression analysis, principal component analysis, factor analysis, cluster analysis, discriminant analysis, the (empty) sequence analysis, Markov chains, R/S analysis, linear programming, analytic hierarchy process (ahp) method and artificial neural network modeling, etc.By imitating the calculation process of this book teaches, readers can deepen the understanding and the understanding to the related mathematical methods, and master a lot of Matlab application skills.Code standards, it is with high research value.)

一个简单介绍如何使用Matlab生成HDL代码，如何让使用Matlab和Modlsim联合仿真(A brief introduction how to use the Matlab generated HDL code, and how to make co-simulation using Matlab and the Modlsim)

说明：  matalab程序关于迭代法求特征值和特征向量(matalab program)

魔方还原程序,主函数为Cube,采用CFOP，还原步骤为88步左右，底面十字未优化；采用留个3*3矩阵，前面为froo（数字3），后面为baa（数字-3），左面为leff（数字-2），右面为rigg（数字2），上面为upp（数字0），下面为doo（数字1），(Cube restore process, the main function of Cube, using CFOP, the reduction step is 88 steps or so, the bottom cross unoptimized adopt leave a 3* 3 matrix, in front of froo (figure 3), followed by the baa (figure-3), left the leff (digital-2), the right of rigg (figure 2), at the upp (number 0), following the doo (figure 1),)

compressive sensing theory

说明：  人工免疫算法程序,请大家多多关注，谢谢！(Artificial immune algorithm procedures, please everybody a lot of concern, thank you!)

说明：  通过matlab程序实现最小费用最大流算法，获取最多的经济效益(By matlab program for minimum cost maximum flow algorithm, get the most cost-effective)

matlab example psmsm