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The purpose of this tutorial is to gain familiarity with MATLAB’s Image Processing Toolbox. This tutorial does not contain all of the functions available in MATLAB. It is very useful to go to HelpMATLAB Help in the MATLAB window if you have any questions not answered by this tutorial. Many of the examples in this tutorial are modified versions of MATLAB’s help examples. The help tool is especially useful in image processing applications, since there are numerous filter examples.

说明：  用MATLAB实现（7，3）循环码算法，很好的体现了循环码的特性(Using MATLAB implementation (7,3) cyclic code algorithm shows good characteristics of cyclic codes)

通过输入相关参数，实现三阶累积量的求法。从而避免复杂的计算过程。(By input parameters, the third order cumulant method. To avoid complex calculation process. )

基于matlab和DSP的FIR滤波器的设计，内涵完整的源代码和报告分析。(Matlab and DSP-based FIR filter design, meaning a complete analysis of the source code and reports.)

利用MATLAB编程实现遗传算法，并结合一维多峰值函数对算法性能进行了测试，在MATLAB环境中采用遗传算法有效地解决了求解函数的优化问题，仿真结果验证了该算法的有效性，图像直观，性能优越，为遗传算法的实际应用开辟了新的途径和渠道。(Genetic algorithms using MATLAB programming, combined with a function Victoria Peak performance of the algorithm was tested in the MATLAB environment using genetic algorithms to effectively solve the problem of solving function optimization, simulation results verify the effectiveness of the algorithm, the image visually superior performance, the practical application of genetic algorithms has opened up new avenues and channels.)

M序列产生函数 0、1概率圆图产生函数 M序列自相关函数(M-sequence generator function 0,1 probability circle diagram produces the autocorrelation function of the sequence of function M)

极化干涉SAR高度反演程序，实现了对polarsar软件产生的仿真数据用三阶段算法反演出了高度(Polarimetric SAR interferometry height inversion program the simulation data the polarsar software with a three-stage algorithm show a high degree of anti-)

汽车七自由度动力学系统，能完成汽车平顺性的仿真。(The seven degree of freedom dynamic system of vehicle can complete the simulation of vehicle ride comfort)

半监督分类算法，其中有一些例子可供大家使用(semi-supervised algorithm，there are examples you can try。)

说明：  包含最先进的机器人运动学、动力学、轨迹规划等的函数及机器人仿真案例，数学理论基础为旋量。(The most advanced cases of robot kinematics and dynamics are included.)