rt2870_software_release_note_for_windows_ce

用于计算四个随机变量的copula，已经调试成功(Copula for computing four random variables)

一个用ＶＢ编写的控制程序共享文件夹的例子,不错,可以下载(A control program written in VB examples of the Shared folder, good, you can download)

说明：  利用matlab准备fvcom所需风场文件(Using MATLAB to prepare wind farm files for FVCOM)

syslog客户端，介绍syslog4j开源jar包的使用方法(syslog client)

Windows程序运行原理及程序编写流程，窗口产生过程，句柄原理，消息队列，回调函数，窗口关闭与应用程序退出的工作关系，使用VC++的若干小技巧，stdcall与cdecl调用规范的比较，初学者常犯错误及注意事项。(Run Windows program principles and procedures for the preparation process, the process window, handle theory, message queues, the callback function, the application window is closed and quit working relationship, using VC++ several tips, stdcall and cdecl calling conventions comparison, beginners often mistakes and precautions.)

python numpy 的一些基本操作和结果展示。。。。。。。(python numpy basic function)

median filter in 1-D

Static routing is very simple. Each node has a routing table where each entry has the destination and the next node. On receiving a packet, a node find the entry corresponding to the packet s destination, and forwards it to the next node. If there is no entry, the node drops the packet. That s it. While writing the static routing protocol in ns2 is easy, we have to set a routing tables at every node. This can be done by writing an external program. For example, when you generate a topology, you can set up routing table with the shortest path metric. Source codes In this project, we are going to write new source codes (static_routing_pkt.h, static_routing.h, and static_routing.cc) and new script (static.tcl), and modify existing codes (packet.h, queue.cc, ns-lib.tcl, ns-mobilenode.tcl, and ns-packet.tcl) The source codes of this project is available here.

利用IPC共享远程执行程序-IPC shared use of remote execution procedures

说明：  用于ukf计算的c#代码 来源于几天几夜的辛勤劳动(none ha ha ha ha ha ha hah)