test_main

由已知坐标得到的控制网的平差程序，平差后可获得精度更高的坐标文件(Adjustment Program by the known coordinates of the control network, the adjustment is given to higher precision of the coordinates of the file)

channel flow computation

毕业设计有用，遗传算法无功优化，插值与拟合的matlab实现。( Graduation useful Genetic algorithm based reactive power optimization, Interpolation and fitting matlab implementation.)

Computation of the PSD directly from the autocorrelation using Hanning windowing.

心电信号压缩，利用小波理论，基于小波变换的心电信号的压缩。(Ecg signal compression, using the theory of wavelet, the compression of ecg signals based on wavelet transform.)

说明：  老外的MIMO程序，实现不同收发天线数，不同调制方式下的误比特率测量，运行ui-start(foreigners MIMO procedures to achieve different transceiver antenna several different modulation under the bit error rate measurements, run ui- start)

使用方法如下： --------------------------------- hcmenu1= uicontextmenu uimenu（hcmenu1,...) uimenu（hcmenu1,...) showcontextmenu（hObj，hcmenu1） --------------------------------- 尝试使用实例test_showcontextmenu.m。 这也包含了日常琐碎的一些功能： getParentFigure（hObject） ％的投资回报hObject的父母图 getPositionOnFigure（hObject，单位） ％返回对象的绝对位置上的数字 getRelPosition（hObject，单位） ％的人能（hObject， 定位 ）与特定的 单位 (Use as follows: --------------------------------- hcmenu1 = uicontextmenu uimenu(hcmenu1,...) uimenu(hcmenu1,...) showcontextmenu(hObj,hcmenu1) --------------------------------- Try test_showcontextmenu.m for usage example. This also contains a number of trivial routine functions: getParentFigure(hObject) returns hObject s parent figure getPositionOnFigure( hObject,units ) returns absolute position of object on a figure getRelPosition( hObject,units ) get(hObject, Position ) with specific units )

说明：  Dynamic sliding mode control of a four-wheel skid-steering vehicle in presence of sliding

谐波信号提取程序，可以用于信号谐波分量的分离(The harmonic signal extraction procedures, can be used for separation of signal harmonic component)

This report explains the queuing systems in a small clinic which has two types of queuing systems and can be denoted by Kendall’s notation M/U/1 and M/M/2. The confidence intervals for necessary queuing parameters are calculated for both of the queuing system. Finally in the view of the results the critical issues are discussed.