Batch-comments-removed

Vc++读写csv文件的类，这个资源是读写CSV文件的非常实用的类。方法写得非常好，代码也写得非常简洁，很合适在实际项目中使用。经本人测试，只要把上面的代码CSVOperator.h、CSVOperator.cpp和StringParser.h拷贝到项目中，就可以直接使用。在CSV_OP.cpp文件中，main方法里面有详细的读取文件的方法。读取的是config.csv这个文件。(Class Vc++ read and write csv file, this resource is to read and write CSV file very useful class. The method is very good, the code is written in a very simple, very suitable for use in the actual project. I tested, above code CSVOperator.h the, CSVOperator.cpp and StringParser.h copy to the project, can be used directly. In the CSV_OP.cpp file, the main method inside the detailed method of reading the file. Read this file config.csv.)

基于K均值的PSO聚类算法,光纤无线通信系统中传输性能的研究，ML法能够很好的估计信号的信噪比。( K-means clustering algorithm based on the PSO, Fiber Transmission wireless communication system performance, ML estimation method can be a good signal to noise ratio.)

给定日期，然后输入天数，计算输入天数之后的日期是多少(Given date, and then enter the number of days to calculate the number of days after the date of entry is the number)

用WinAPI写的定时关机的小程序的源码，比较简单，作为参考。(Shutdown using WinAPI write a small program source code is relatively simple, as a reference.)

基于VC++的通讯录实现，使用MFC编程(VC++ based address book implementation using MFC programming)

VC++ 源码编译实现的计时器小程序，比较简易的计时器，比秒要再快一些，不过这个时间频率是可以调的，如图所示，点击开始计时功能，计时器就开始工作了，可看到数字在不停的增大。(Timer applets VC++ source compiler implementation, relatively simple timer than seconds again faster, but this time frequency can be adjusted, as shown, click the start timing function the timer began working, can be see the numbers kept increasing.)

IGB assosiaction Rule

开发助手可以自动的转化工程的大小写字母清洁DEBUG/RELEASE和CVS相信对大家会有很大的帮助 (Development Assistant automatically conversion works cleaning upper and lower case letters DEBUG/RELEASE and CVS believe that there will be of great help to everyone)

一个电梯模拟程序。 该程序模拟两个电梯的运作情况。（程序会随机生成电梯选择任务以及超重提示）(An elevator simulation program. The program simulated the operation of the two elevators. (Procedures are randomly generated elevator prompted to choose the task, as well as overweight))

极化敏感阵列DOA算法中，两组表示极化状态的极化参数相互转换。( U6781 u5316 u653F u611F u9635 u5217Du u7L9 u6CD2 u4E2D uFF0C u4E24 u7EC4 u8868 u793A u6781 u5316 u72B6 u6001 u7684 u6781 u5316 u53C2 u6570 u76F8 u4E92 U8F6C u6362 u3002)