Example0501_UserInterface

一个关于BPSK误码率仿真的程序，内容只包括误码率仿真部分！-One on BPSK BER simulation procedures, including the signal generated by adding Gaussian white noise, and bit error rate!

基于LabWindows CVI开发的数据采集程序，可以实现电压信号采集、绘图、导出至excel表格。(Based on LabWindows CVI development of data acquisition procedures, can achieve voltage signal acquisition, drawing, export to excel table.)

说明：  利用ENVI进行辐射校正代码,c#可以实现调用(use ENVI to CAL_CALIBRATION)

对到位地位的的算法排序-place on the status of Sort Algorithm

这是数据库设计的一个结果，利用了pb软件，结合数据库可以运行-This is a result of database design, use of pb software, combined with the database can run

说明：  计算金属圆盘随角度变化的RCS 并输出函数图(function fig = rcs_circ_plate_driver() % This is the machine-generated representation of a Handle Graphics object % and its children. Note that handle values may change when these objects % are re-created. This may cause problems with any callbacks written to % depend on the value of the handle at the time the object was saved. % This problem is solved by saving the output as a FIG-file. % % To reopen this object, just type the name of the M-file at the MATLAB % prompt. The M-file and its associated MAT-file must be on your path. % % NOTE: certain newer features in MATLAB may not have been saved in this % M-file due to limitations of this format, which has been superseded by % FIG-files. Figures which have been annotated using the plot editor tools % are incompatible with the M-file/MAT-file format, and should be saved as % FIG-files.)

说明：  计算球体重力及重力梯度异常，已知地下球体的相关参数，即可正演该球体的重力及重力梯度(Calculation of gravity and gravity gradient anomaly of sphere)

陈列馆问题： 1.问题描述 世界名画陈列馆有m*n个陈列室组成。为了防止名画被盗，需要在陈列室设置警卫机器人哨位，每算法个警卫机器人除了监视它所在的陈列室之外，还可以监视与它所在的陈列室相邻的上，下，左，右4个陈列室。 2.要求 试要求，设计一个安排警卫机器人哨位的算法，使得名画陈列馆的每个陈列室都在警卫机器人监视之下，切所用的警卫机器人数目最少。 3.结果输出 将计算的警卫机器人数及其最佳哨位安排输出到文件output.txt。文件的第1行是警卫机器人数；接下来的m行中每行n个数，0表示无哨位，1表示哨位。-Gallery problem: 1. Problem Description Painting gallery in the world there are m* n composed of a showroom. In order to prevent the paintings stolen, you need to set the security robot sentinel showroom, each algorithm is a security robot in addition to monitor it in the showroom, you can also watch it in the showroom with the adjacent upper and lower, left, Right 4 showrooms. 2. Demand Test requirements, design an arrangement guard robot sentinel algorithm, making paintings in each gallery showroom are under the surveillance of the security robot, cutting the number of robots used by security guards at least. 3. The resulting output Will calculate the number of security robots and the best sentinel ar

矢量匹配法，能够进行有理函数拟合，是一种稳定而有效的拟合办法。(Vector matching method, which can fit rational functions, is a stable and effective fitting method.)

说明：  计算MIC的工具，可以试试，来自大牛的论文(Tools for calculating MIC)