阈值1

说明：  C#串口助手源代码，有winform的，也有WPF的，一共六个打包下载。代码来自网络。(C# serial assistant source code, there are WinForm, there are also WPF, a total of six packages to download. The code comes from the network.)

我一朋友作的云南省楚雄州局通讯录,现在公安专网上运行中,很好用-a friend of the Chuxiong in Yunnan Bureau correspondence, public security professionals online operations, is useful

在WINDOWS下进行网络服务端程序开发，毫无疑问，Winsock 完成端口模型是最高效的。Winsock的完成端口模型借助Widnows的重叠IO和完成端口来实现，完成端口模型懂了之后是比较简单的，但是要想掌握Winsock完成端口模型，需要对WINDOWS下的线程、线程同步，Winsock API以及WINDOWS IO机制有一定的了解。如果不了解，推荐几本书：《Inside Windows 2000，《WINDOWS核心编程》，《WIN32多线程程序设计》、《WINDOWS网络编程技术》。在去年，我在C语言下用完成端口模型写了一个WEBSERVER，前些天，我决定用C++重写这个WEBSERVER，给这个WEBSERVER增加了一些功能，并改进完成端口操作方法，比如采用AcceptEx来代替accept和使用LOOKASIDE LIST来管理内存，使得WEBSERVER的性能有了比较大的提高。 -under the Windows network server program development, no doubt, Winsock completed port model is the most efficient. Winsock port model with complete preview of overlap and complete port IO to achieve complete port after the model to understand is a relatively simple, but want to know the complete Winsock port model, the need for the Windows threads, thread synchronization, Winsock API and Windows IO mechanism of a certain understanding. If we do not understand, recommended several books : "Inside Windows 2000," Windows core programming "," WIN32 multithreaded program

PL/0原代码 C语言版该程序简单,若原代码稍加修改就可以有不同的功能.(PL/0 source code on C.this program is very simple an can have alternative function if making some changes.)

一个用codeblack 编写的简单地栈，在控制台下可以进行简单的增删改的操作(A written in codeblack and simply stack, console simple CRUD operations)

本程序可以计算出一篇文章中单词后数字后英语单词等的重复个数，很好的(This program can be calculated in a paper words after digital English words repetition of number, very good )

c#环境下开发的桌面管理系统，.net版本由VB.net,C#,VC++三种语言混合开发而成(c# development environment under desktop management system,. net version of VB.net, C#, VC++ mix was developed in three languages)

smurf程序，用做dos-enormously procedures used to make dos

校园导航系统 规划校园路线 算出最短距离等(Planning the campus with a campus navigation system Calculate the shortest distance, etc)

说明：  解决正定盲源分离方法，基于负熵的独立成分分析(Solve positive-determined blind source separation methods, independent component analysis based on negative entropy)