crosscorrleation

说明：  运行tcl脚本来实现隐藏节点问题，再通过nam仿真动画观察隐藏节点实验结果。从而理解隐藏节点问题的原理以及解决途径。 注意：请下载全所有的文件后进行仿真，仿真时需下载好mudp.cc、mudp.h、mudpsink.cc、mudpsink.h 模块在ns2上编译后即可使用Hidden_Terminal.tcl文件进行仿真。(Run TCL script to realize the hidden node problem,and then observe the hidden node experimental results through the Nam simulation animation. So as to understand the principle of hidden node problem and the solution. Note:please download all the files for simulation,and download them well during simulation mudp.cc,mudp.h,mudpsink.cc,after the mudpsink.H module is compiled on NS2,you can use hidden_ Terminal.tcl File for simulation.)

socket.IO-objc seems more complete and has a better documentation, but I"d also like to know which advantages does AZSocketIO provide to consider if these advantages are important enough for my project to choose one or the other.

简单的实现了一般的串口通讯

Telnet客户端案例，是初学者学习网络编程的绝好案例-Telnet client case in which the learning network programming beginners an excellent case

本代码是c++ socket编程实例。包含服务端和客户端代码，可以实现客户端发送消息，服务端接收消息并写入日志。server.cpp为服务端。client.cpp为客户端。首先，需要准备好C++环境。先编译运行server.cpp，显示：“server is start,waiting for client.”表示启动成功。再编译运行client.cpp,这时再看服务端，显示：“Hello, This is client whg”，表示收到客户端发来的消息。

说明：  openlayers必须的openlayer文件(Gis have to get a ol.js)

利用动态因果模型分析方法，模拟了精神分裂症和双相情感障碍患者在执行持续性注意功能时的脑网络动态变化，揭示了皮质-纹状体网络的功能与连接异常及风险基因对脑功能网络的影响。(Dysfunction and dysconnection in cortical–striatal networks during sustained attention: genetic risk for schizophrenia or bipolar disorder and its impact on brain network function)

一本关于自顶向下计算机网络的教科书的答案，很有作用(A top-down computer networks on the textbook answer, great for )

易语言版稳定IOCP，通讯程序必不可少的好东西(Easy language version stable IOCP, communications programs essential to the good stuff)

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