tongyongshenjing

pid自适应控制器学习和程序大家学习，很好用的(迭代)

数值分析要求：第二题编成命令文件即可，其中阶乘可以单独编成函数文件在命令文件中调用，也可以直接在你所编的命令文件中利用循环语句直接计算； 第四题编成通用的程序，建议编成函数文件。提示：可以把多项式的系数和所需要求解的点设为参数。(Numerical Analysis of requirements: the second title of the command file can be compiled, which can factorial function into a separate file in order to call the document can also be made directly in your document, use the command loop direct calculation into fourth title common procedures, the proposed document into function. Tip: polynomial coefficients can be requested and the required parameters set point solution.)

非负矩阵分解的人脸识别NMF 可正常运行 算法源码(Non-negative matrix factorization NMF for face recognition algorithms can be the normal operation of source)

ac voltage controller

D2D的自适应链路仿真，可根据信道状况，自选自调制方式(novel link adaptation of D2D cluster multicast)

参加数学建模培训用的matlab教程，有基本用法，还有实例，一个星期之内可以学完，而且会用。 内容如下： MATLAB入门 Matlab作图 线性规划 无约束优化 非线性规划 微分方程 最短路问题 行遍性问题 数据的统计描述与分析 回归分析 计算机模拟 插值 拟合 每讲都包含源码，完全可用。 希望大家多多支持,给个好评。 (Participate in the training of mathematical modeling used matlab tutorial, basic usage, as well as examples of a week to learn End, and will be used. As follows: MATLAB Introduction to Matlab mapping optimization linear programming linear programming differential line shortest path problem over the problem of statistical description and analysis of data, regression analysis, interpolation fitting computer simulation of stresses are included for each source, completely free. Hope you can enjoy, give praise.)

matlab函数速查,各种函数都可以查到，有拼音检索，还有类别检索(Quick matlab function, various functions can be found, there is phonetic search, as well as Category Search)

optiFDTD计算MIM波导缺陷结构，这是源文件

最短路问题floyd算法，简单易懂的matlab程序(The shortest path problem floyd algorithm is simple to understand matlab program)

现代信号处理 一个序列为 ，使用FFT分析其频谱： 1） 使用不同宽度的矩形窗截短该序列为M点长度，取M分别为： a) M=20 b) M=40 c)M=160 ；观察不同长度的窗对谱分析结果的影响； 2）使用汉宁窗、哈明窗重做1） 3）对三种窗的结果进行理论分析及比较。并绘出相应的幅频特性曲线 (Modern signal processing a sequence, using FFT analysis of the spectrum: 1) the width of the rectangular windows with different truncated point of the sequence length of M, take M, respectively: a) M = 20 b) M = 40 c) M = 160 observation windows of different lengths affect the results of spectral analysis 2) Hanning window, Hamming window redo 1) 3) the results of three windows and compare the theoretical analysis. And draw the corresponding amplitude-frequency characteristic curve)