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根据牛顿插值原理进行数据的拟合，附有牛顿插值原理和它的matlab的实现方法，有点简单了，但是过程中的好些地方还是值得学习的。(Newton interpolation carried out in accordance with the principle of data fitting, with Newton interpolation matlab principle and its realization method, a bit simple, but in the process of a number of places it is still worth learning.)

基于Matlab的车牌识别程序，是我自己做的，不是特别好，但基本框架已做好，还有word报告。(Matlab-based license plate recognition program, is my own, not particularly good, but the basic framework has been doing a good job, there is word report.)

光伏mppt 可生成pv曲线 m函数(The photovoltaic mppt pv curves m function can be generated)

生成极化电磁波，并且画出极化电磁波的三维波形(Generate polarized electromagnetic wave, and draw the three-dimensional waveform of polarized electromagnetic wave)

名为k-means的MATLAB函数，实现k均值算法。输入矩阵X,w，输出最终估计值和聚类的标识数字。(Called the k-means of the MATLAB function, to achieve k means algorithm. Input matrix X, w, the output value of the final estimates and cluster identification number.)

ＬＥＡＣＨ算法的ＭＡＴＬＡＢ仿真源代码程序很难找到的(LEACH code)

WINNER 2 ITU ChannelModel

说明：  在matlab环境下用人工智能算法--遗传算法求函数极植的matlab程序(In the matlab environment using artificial intelligence algorithms- genetic algorithm for matlab function very replanting program)

针对六自由度机器人关节运动强耦合难分析的问题,开发了可视化机器人仿真平台。该平台以KLD-600型六自由度教学机器人为研究对象,利用MATLAB集成仿真环境,分别实现了机器人正逆运动学计算、机器人点动和联动操作的动画演示等功能,且所有功能以图形用户界面的形式进行调用。该仿真平台可作为机器人教学和科研的仿真工具。(Six degrees of freedom robot joint motion for strong coupling analysis of the problem difficult to develop a visual simulation platform robot. The platform KLD-600-type robot teaching six degrees of freedom for the study, an integrated simulation environment using MATLAB, respectively, to achieve the inverse kinematics of robot is calculated, and the linkage to move the robot animation operations and other functions, and all functions to the form of a graphical user interface calls. The robotic simulation platform can be used as teaching and research simulation tool.)

针对离散系统进行开环、闭环分析；绘制Bode、Nyquist、根轨迹图；阶跃、脉冲响应，并均给出响应的图示。(For the discrete system closed loop analysis of ring, open drawing Bode, Nyquist, root locus diagram step, impulse response, and the response of the diagrams are given.)