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绘制相平面图的源码，功能异常强大，康奈尔大学研究人员写的，需要研究非线性系统的可以参考，绝对给力(Draw phase plane source, extremely powerful, Cornell University researchers write, need to study nonlinear system can refer to the absolute power)

专家系统工具CLIPS在C#中的被调用的源程序(CLIPS expert system in C# in the calling routine)

PPM调制信号的产生，产生随机信号。亲测可用(The generation of PPM modulation signal)

判断一个顶点序列是否可图C++源码，希望对大家有用(To determine whether a vertex sequence diagram C++ source code, in the hope that useful)

说明：  该算法经运行，无任何问题，可用于解决遗传算法求解旅行商问题(The algorithm by running without any problems, can be used to solve the traveling salesman problem genetic algorithm)

EasyPay(易支付)集成并高度封装了Android平台的微信支付，支付宝支付以银联支付。使用此库，开发者可以使用简单方便的api实现支付功能。 易支付编码实现遵循设计模式六大原则，并且使用了单例以及策略模式来实现整个库,扩展性良好,可以轻松扩展其他支付方式如百度，美团等。支付方式类继承IPayStrategy接口，支付信息类实现IPayInfo接口，再分别传入场景类EasyPay中即可。具体请参照代码中支付宝或者微信或者银联支付方式封装。(This is a library for Developers easily to use Alipay,WechatPay and UnionPay in Android project.)

利用计算机证明任意组合的魔方均可以在20步之内还原(Using computer proof can be any combination of cube reduction in 20 steps )

USACO(checker challenge) 1.搜索+对称剪枝 2.搜索+位运算(USACO (checker challenge) 1. Search+ symmetric pruning 2. Search+ bit operation)

在WINDOWS下进行网络服务端程序开发，毫无疑问，Winsock 完成端口模型是最高效的。Winsock的完成端口模型借助Widnows的重叠IO和完成端口来实现，完成端口模型懂了之后是比较简单的，但是要想掌握Winsock完成端口模型，需要对WINDOWS下的线程、线程同步，Winsock API以及WINDOWS IO机制有一定的了解。如果不了解，推荐几本书：《Inside Windows 2000，《WINDOWS核心编程》，《WIN32多线程程序设计》、《WINDOWS网络编程技术》。在去年，我在C语言下用完成端口模型写了一个WEBSERVER，前些天，我决定用C++重写这个WEBSERVER，给这个WEBSERVER增加了一些功能，并改进完成端口操作方法-under the Windows network server program development, no doubt, Winsock completed port model is the most efficient. Winsock port model with complete preview of overlap and complete port IO to achieve complete port after the model to understand is a relatively simple, but want to know the complete Winsock port model, the need for the Windows threads, thread synchronization, Winsock API and Windows IO mechanism of a certain understanding. If we do not understand, recommended several books : "Inside Windows 2000," Windows core programming "," WIN32 multithreaded programming "," WINDOWS network programming technology. " Las

大规模MIMO信道容量分析，主要分析了BS和MS天线数不断增大时，对信道容量的影响。(The analysis to Massive MIMO channel capacity as the antennas of BS and MS grow up. )