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用Matlab/Simulink的高压输电线路仿真模型，得到仿真数据，然后编程实现双端阻抗法测距！仿真结果表明，测距仿真是准侧的(Using Matlab/Simulink simulation model of high-voltage transmission lines to obtain simulation data, and then double-ended impedance programming ranging! Simulation results show that the simulation is quasi-ranging side)

Ensemble Kalman Filter (EnKF) data assimilation methods can be avoided in the EKF covariance forecasting the evolution equation arising in the course of the calculation is not accurate and on the covariance matrix of a large amount of data storage problems

遗传算法，matlab编写的源代码，用于解决旅行商等np问题，算法效率高(Genetic algorithm written in Matlab source code used to solve the traveling salesman and other np, high efficiency of the algorithm)

电动工具控制源程序 投入量产运用，吐血共享(motor controler)

基于马尔科夫链概念，3状态概率转移矩的matlab实现(Based on the concept of Markov chain, the realization of the 3 stats matrix s transfer probability matrix in matlab)

说明：  “matlab算法集合打包,包括:数据拟合,数学规划,递推关系式的作图程序,最小生成树Prim算法,顶点覆盖近似算法,哈密尔顿回路,画等温线,离散优化,模拟退火应用,生成全排列矩阵,时间序列分析程序,中国大学生数学建模竞赛题解以及最短路径等等。”("Matlab algorithm set package, including: data fitting, mathematical programming, recursive relational mapping program, minimum spanning tree prim algorithm, vertex covering approximation algorithm, Hamilton circuit, drawing isotherm, discrete optimization, simulated annealing application, generating full permutation matrix, time series analysis program, Chinese college students' mathematical modeling contest solution and the shortest path, etc.)

里面有： 基于MATLAB／Simulink环境下的PID参数整定 基于MATLAB的PID控制器参数整定及仿真 基于MATLAB的PID控制器设计 基于MATLAB下的PID控制仿真(Inside: Based on MATLAB/Simulink environment MATLAB-based PID parameter tuning of PID controller tuning and simulation of PID controller design based on MATLAB-based PID control simulation under MATLAB)

mimo2*2 alamouti编码方式仿真程序. ber的图和alamouti论文的图一样。(mimo2* 2 alamouti encoding simulation program. ber of the map and graph paper as alamouti.)

用matlab来解决隐马尔科夫的概率问题(HMM in matlab)

用MATLAB编写的XFEM程序，可以计算两种材料的结构有限元分析，可以计算应力(XFEM using MATLAB program that can calculate the two materials finite element analysis, we can calculate the stress)