pid--adaptive

这是以上各个函数的作图程序，比较经典，可以控制你所画的图(This is a function of the mapping process above all, more classic, you can control the drawing)

这是一个用Matlab描述的关于Ｘ＋Ｙ的图灵机程序，希望对大家有些用(This is a description of the use of Matlab X+ Y on the Turing machine procedures, we hope to use some)

介绍了在ＭＡＴＬＡＢ环境下，实现模糊推理的程序化的方法，解决了由于增加模糊量化论域而产生的复杂计算问题，为模糊控制的研究和应用提供了方便的条件。(In the MATLAB environment, the fuzzy inference procedures to solve complex computational problems arising due to the increase of fuzzy quantification domain, and provide convenient conditions for the research and application of fuzzy control.)

matlab实现图上需找最短路径的迪杰斯特拉算法，寻找任一点和其他点之间的最短距离，最终结果为最短路径度量矩阵和正序路由矩阵(matlab implementation on the map to find the shortest path Dijkstra algorithm to find the shortest distance between any point and other points, the final result is the shortest path metric matrix and positive sequence routing matrix)

H桥的SIMULINK实现，MATLAB版本6.5(H Bridge SIMULINK realization, MATLAB Version 6.5)

一种将Matlab编译成可执行程序的一种方法，它使得Matlab编写的程序能够完全脱离Matlab这个环境来执行，从而大大提高了程序的应用范围和使用价值(Of a Matlab compiled into an executable program will be a method which allows Matlab programs written in Matlab can be completely detached from the environment to perform, thus greatly improving the program' s scope of application and value)

格式：[huffcodes，氢，領 ，电子] = huffmancoding（磷，氮） ％输入：p是每个字母符号的概率 （如：对= [0.3 0.2 0.2 0.2 .06 .04]） n是一个整数，决定在每个帧的符号数量 （默认：n = 1时） ％输出：huffcodes：huffmancodes 答：源熵 甲肝：平均熵编码 电子邮件：科丁效率(format : [huffcodes,H,Hav,e]=huffmancoding(p,n) inputs: p is the probability of each alphabet symbol ( eg:p=[.3 .2 .2 .2 .06 .04] ) n is an integer that determines number of symbols at each frame (default:n=1) outputs: huffcodes: huffmancodes H: source entropy Hav: average entropy for coding e: codding efficiency )

hysys and matlab link2

说明：  DS-CDMA直序扩频通信系统仿真源码，内部含有程序的详细中文解释以及word形势，系统大家下载~(DS-CDMA Direct Sequence Spread Spectrum Communication System Simulation source code, the internal procedures in detail with the Chinese to explain the situation and the word, the system you download ~)

信号的希尔伯特-黄变换，IMF分解，对IMF进行Hilbert处理，绘制二维/三维时-频图，时间-能量图(瞬时能量谱) ，频率-能量图（希尔伯特谱）(Hilbert signals- Huang Transform, IMF decomposition of the IMF Hilbert processing, rendering 2D/3D time- frequency diagram, time- energy (instantaneous energy spectrum), the frequency- energy (Hilbert spectrum))