Introducing theory of GSM and the work flow, including the source. It is detaile...

一个微型NIDS实现例子- A miniature NIDS realization example

此程序能应用于网络数据之间的传输，既能发送，也能接收，已经调试成功，还算不错-this procedure could be used between network data transmission, can send, receive, debugging has been successful, quite well!

采用完成端口进行sockets操作。 由浅入深的解释、详细的分析、以及编码步骤，另外附上带有详细注释的源码(为了照顾大多数朋友，我提供的都是MFC的源码)。-completed using sockets for port operations. Elementary explanation, detailed analysis, and coding steps, the other with detailed explanatory note attached to the source code (in order to take care of most friends, and I are all for the MFC source).

CAsyncSocketEx，一个很好用的CAsyncSocket扩展类-CAsyncSocketEx, a very easy to use CAsyncSocket expansion class

电脑接入网络，只要点搜索就能搜索局域网内的计算机的IP和计算机名称-computer access networks, as long as the point search will be able to search within the local area network of computers and computer name IP

基于winsock网络编程技术实现客户端图片传送到服务器端-ImageTransfer through winsock

p-持续CSMA协议下，一个用户在发送之前，先侦听信道，若是空闲，就以概率p发送出去，而以q =1-p的概率推迟到下一帧时。如果下一帧时仍是空闲，便再次以概率p发送而以q推迟到再下一帧时。直到发送成功或另外一用户开始发送时为止。若一开始就侦听到信道忙，它就等到下一帧时，然后再开始上述过程。若发生冲突，这等待一随机时间后重新开始。本实验中取q值为0.5。求的是0.5-持续CSMA。 -p-persistent CSMA agreement, a user before sending the first interception channel, if idle, with probability p sent, and to q = 1-p probability postponed to the next frames. If the next frame was still idle, they again sent with probability p and q to further postponed to the next frames. Until this a success or other users at the beginning of this date. If an interception at the start of the busy channel, it will wait till the next frames, and then begin the process. If conflict breaks out, waiting for a random period of time after the re-start. The experiments take q value of 0.5. For the 0.5-sustained CSMA.

socker 部分的技术档案-socker part of the technical files

初学者入门的好教材，linux下的c/s围棋程序-good material, linux under the c/s Go procedures

局域网络监控，能分析结果。不支持ipv6。-LAN monitoring and analysis of results. Ipv6 not support.