Code-In-C-by-Sir

网络编程代码，包含UDP,TCP和NET的源码，每种都保护服务器端和客户端(Network programming code, including UDP, TCP and NET source code, each protected server and client)

说明：  该程序运用遗传算法优化神经网络，对军费预测问题进行编程(the process of genetic algorithm optimization using neural networks for military spending, the forecast for Programming)

说明：  freakz是一个彻底的开源zigbee协议，而contiki也是一个彻底的开源操作系统，而且这个操作系统短小精悍，非常适合“物联网”时代的MINI型设备，同时，这套系统在全球已经拥有了众多的支持与使用者，已经开发了非常多的应用，甚至有像IPV6这么强大而且的应用，可以在其官方网站上下载到全套的代码！contiki是开源的，可移植的，针对存储空间受限的网络化嵌入式系统和无线传感器网络的多任务操作系统。而且contiki的代码全部为C语言写成，用GCC进行编译，对广大应用c语言多年的开发者来说，减少了学习另外一种语言与编译平台所带来的时间花费。对很多开发者和初学者来说，对Linux+GCC的平台不熟悉，所以，可以选用IAR这个极其稳定、易用的编译平台，对contiki进行移植。(Freakz is a complete open source ZigBee protocol, and Contiki is a completely open-source operating system, and the operating system is small, very suitable for the "Internet of things" in the era of the MINI equipment, at the same time, this system has the support of many in the world and the users, applications have been developed very much even so, applications like IPV6 and powerful, can be downloaded to a full set of code in its official website! Contiki is an open source, portable, multi task operating system for memory constrained networked embedded systems and wireless sensor networks. Moreover, Contiki's code is written in C language, compiled by GCC, which reduces the time cost of learning another language and compiler platform for developers who have been using C language for many years. For many developers and beginners, Linux+GCC is not familiar with the platform, so you can use IAR, a very stable and easy to use compiler platform for Contiki transplantation.)

statistical learning source code

说明：  智能算法模拟退火算法（Simulate Anneal，SA）是一种通用概率演算法，用来在一个大的搜寻空间内找寻命题的最优解。模拟退火是由在1983年所发明的。在1985年也独立发明此演算法。模拟退火算法是解决TSP问题的有效方法之一。(Simulate Anneal (SA) is a general probabilistic algorithm to Simulate the optimal solution of proposition in a large search space. Simulated annealing was developed by. The algorithm was also independently invented in 1985. Simulated annealing algorithm is one of the effective methods to solve TSP problem)

功能很简单，对服务器进行扫描，生成html格式的扫描结果，对扫描结果发邮件。(Function is very simple, scan the server to generate the scan results html format, to scan e-mail.)

chat room using winsock in visual basic

BP神经网络进行变量筛选，需应用平均影响值（MIV，mean impact value）方法，结合BP神经网络进行变量筛选。(BP neural network for variable selection requires the MIV (mean impact value) method and BP neural network for variable selection.)

简单的网络通信，一个客户端，一个服务器端(winsock )

基于MFC的简单网络嗅探器 (MFC-based simple network sniffer)