TwoVariablesDistribution

扩频通信，从电磁波利用来看，与一般现有的常规通信方式完全不同。扩频通信利用伪随机编码把信息数据（窄带信号）的频谱进行扩展，形成宽带的低功率谱密度信号发射，使用不同的伪随机序列编码，不同通信用户可在同一频段、同一时间工作，互不影响或干扰极小地进行通信。(Spectrum, from the electromagnetic waves used term, and the general existing conventional means of communication is entirely different. Spread spectrum communication using pseudo-random code to the information data (narrowband signal) to extend the spectrum, the formation of low-power spectral density broadband signal transmission, using different pseudo-random sequence of coding, different communication users at the same frequency band, at the same time work, mutual does not affect or interfere with a very small way to communicate.)

文章讨论了多变量灰色预测模型的算法, 给出多变量灰色预测模型的Matlab 程序. 通过实例说明算法程序的应 用和效果(This paper discusses multi-variable gray prediction model algorithm, given multivariable gray forecasting model of Matlab procedures. Algorithm by examples of their application and effectiveness)

IWO算法在国内还没有被广泛应用，这个算法采用matlab编写~(The IWO algorithm in the country have not been widely applied, this algorithm using matlab prepared to)

自适应滤波算法的教程及Matlab仿真程序(Tutorial course and Matlab simulation code of adaptive filtering algorithm)

通过matlab中的gui功能实现的史密斯圆图的匹配等功能的操作界面(Gui in matlab functions through the implementation of the Smith chart of the matching function interface)

pusrsuing my doctorate in mechanical engineering at present doing in finite element methods

针对一维,二维函数个g(x)，设计一个模糊系统f(x)，使之一致的逼近定义在某区间上的连续函数并且满足所需精度(For one-dimensional, two-dimensional function of g (x), to design a fuzzy system f (x), consistent approach to the definition of a continuous function on the range and accuracy to meet the requirements)

模糊PID控制matlab M文件代码。改代码里面包括了模糊控制的所有环节。仿真时会出现很多模糊控制图的。(Fuzzy PID control matlab M file code. Change code which includes all aspects of fuzzy control. There will be a lot of fuzzy control diagram simulation.)

用matlab实现多元回归分析，统计学中比较重要的应用，适用于初学者(Multiple regression analysis using matlab to achieve, the more important applications of statistics for beginners)

Spectrum analysis of sound signal