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一个服装管理系统，对于初学者有很好的借鉴，里面有数据库。(A clothing management system, there is a good reference for beginners, there are databases.)

IPM逆透视变换cmake，linux下运行，可以运行，自己需要提供相机参数(IPM reverse perspective transform cmake, Linux running, you can run, you need to provide camera parameters)

C# access简单的学生管理系统,登录账号：Admin 密码：123

c# 网络视频监控系统源码下载(wpf实现)

通过微过滤器的方式实现的网络控制功能，简单实现了一下禁止当前机器断网的功能。(Through micro-filters to achieve the network control functions, simple look prohibit the machine off the network.)

SyslogGather.exe其实就是一款测试SYSLOG的绿色版软件。可以设置默认端口，默认是514，可以设置是否保存日志。如果你选择了这个选项，则日志在SyslogGather.exe同目录下的logfiles目录中。为纯文本格式。 　　可能你会说SyslogGather.exe功能并不强大，但是作为一个基本的SYSLOG接收器，倒是也非常轻便。平时做测试的时候，还是非常方便的。 (SyslogGather.exe SYSLOG is actually a green version of the software testing. You can set the default port, the default is 514, you can set whether to save the log. If you choose this option, then log in SyslogGather.exe same directory logfiles directory. To plain text format. You might say SyslogGather.exe function is not strong, but as a basic SYSLOG receiver touches are also very lightweight. Usually do testing, is very convenient.)

根据数据动态生成button按钮或者自定义控件,测试中生成五个label，分别点击不同的label，在panel中根据数据生成不同的button ,并且按照一定的规律进行排列(According to the data, the button button or custom control is generated dynamically. In the test, five labels are generated, and different buttons are generated by clicking on different labels. In the panel, different buttons are generated according to the data and arranged according to certain rules.)

利用C++实现水准网平差，水准网是为了确定地面点的高程而布设的控制网，水准网平差的目的是消除矛盾，求得各高程点高程的最可靠值。(Leveling network adjustment)

说明：  in this example I use DTO (data transfer objects) in asp.net

我研究生阶段研究定的方向是网络拥塞管理，而我研究RED算法也有挺长时间了，很久以前就有解析NS中的队列管理算法RED的源代码（red.cc&red.h）的想法，借寒假有时间，匆匆写了一下。有些东西自己也没完全弄懂，但是对于困惑于如何修改RED算法的同学来说，应该有很大的参考价值。 本文档首先分析了RED算法涉及参数的含义，然后给出了主要函数的作用，最后对主要函数的源代码进行了分析。 希望本文档对你有用。 (I set the direction of post-graduate stage of the study is to network congestion management, but I have studied the RED algorithm also has quite a long time, long ago have resolved NS in the RED queue management algorithm source code (red.cc & red.h) the idea, by winter have the time to rush to write a bit. Some things they themselves have no fully understood, but for the confusion on how to modify the RED algorithm for the students, it should be a great reference value. This document first analyzes the RED algorithm is related to the meaning of the parameters, and then gives a major role in the function and finally the main function of the source code analyzed. Hope that this document useful to you.)