timedelay-phase

本实验设计了一个《北京、南京、深圳列车查询系统》的图形用户界面。用户可以通过此界面，采用“按车站名称查询”、“按列车车次查询”和“按出发地—目的地查询”三种方式，方便地查询需要的列车信息。界面友好清新，操作方便。(The experimental design was a " Beijing, Nanjing, Shenzhen Train Enquiry System," the graphical user interface. Users can use this interface, a " query by station name" , " Query by Train Train" and " by origin- destination query" three ways to easily check in need train information. Fresh and friendly interface, easy to operate.)

此时例是关于用matlab实现牛顿法求解非线性方程组，（包含牛顿法、改进的牛顿法.梯度法、最速下降法代码），里面附带可以直接运行的程序。(At this case is about solving nonlinear equations using matlab Newton, (including Newton, Newton method to improve the code), which comes with the program can be run directly.)

基于梯度下降法的自适应控制的源代码，程序详细，可运行(Based on gradient descent method of adaptive control of source code, procedures detailed, can run)

C-均值聚类 BP神经网络信号分析与处理方法，对模拟产生的数据样本进行训(C-means clustering analysis and BP neural network signal processing method, the simulated data generated training samples)

matlab函数大全，matlab编程函数查询的工具文档(matlab study )

matlab 的经典tool kit，来自麻省理工大学(matlab classic tool kit, from the Massachusetts Institute of Technology)

matlab源代码matlabmatlabmatlab(matlab matlabmatlabmatlabmatlab)

matlab图像处理实例详解chap12——形态学图像处理(matlab image processing examples explain chap12- morphological image processing)

MATLAB GUI 两个信号波形叠加合成，其中一个含有参数，界面上通过改变参数得出相应的合成波形(MATLAB GUI two superimposed signal waveform synthesis, one of which contains a parameter, the interface by changing the parameters of the corresponding synthetic waveforms obtained)

给出一段噪声音乐信号，用滑动平均滤波器进行处理，观察改变滑动窗口宽度对声音效果的影响。 （1）读取一段噪声信号，画出未处理噪声信号的时域波形和信号频谱图； （2）在Matlab中利用滑动平均滤波器对噪声信号进行处理，得出处理后的图像； （3）改变滑动窗口的宽度，观察处理后噪声以及图像得出对效果的影响。(A piece of noise music signal is given. It is processed with a sliding average filter to observe the effect of changing the width of sliding window to the sound effect. (1) a noise signal is read and the time domain waveform and signal spectrum map of the unprocessed noise signal are drawn. (2) in Matlab, a sliding mean filter is used to process the noise signal, and the image after processing is obtained. (3) to change the width of the sliding window, to observe the noise after processing and to the effect of the image.)