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混合遗传算法无功优化，集合几种算法，比如退火遗传算法，编码，交叉。(Hybrid Genetic Algorithm for Reactive Power Optimization)

PSO 算法与RBF神经网络算法的结合,有一定借鉴价值(PSO algorithm and the combination of RBF neural network algorithm, there is a certain reference value to)

网络拓扑发现软件SugarNMSTool源代码。(Network topology discovery software SugarNMSTool source code.)

用于支持向量机的惩罚参数和G的参数寻优问题，利用网格算法的搜索方式，并进行了可视化(we try to find the most optimal c and g to get the highest accuracy base SVM )

五子棋网络对战基于tomcat websocket，java实现单机版和网络对战版五子棋程序，功能包括计时、悔棋、聊天、显示双方状态等等。首先第一个玩家先运行游戏，将自己的IP绑定，然后第二个玩家输入对方的IP连接。这样的话不管是哪一方都可以主动连接和被动连接。

说明：  三种神经网络方法用于手写体字符识别PNN、RBF、BP(Three kinds of neural networks for handwritten character recognition PNN, RBF, BP)

使用MPI_Send和MPI_Recv 实现MPI_Allgather, MPI_Alltoall ,MPI_Gather, MPI_Scatter 等群集函数 (Use MPI_Send and MPI_Recv achieve MPI_Allgather, MPI_Alltoall, MPI_Gather, MPI_Scatter and other cluster function)

说明：  一些有用的书籍供大家参考(包括周华志深度学习与花书在内的pdf) 谢谢(some useful books related deeplearning for us to reference thanks)

这是一个用WPF编写的便利贴程序，可以给自己留便利贴，也可以向局域网上的其他人发送便利贴。虽然代码没有经过规范化的整理，但可读性也不低。其中涉及到WPF、动画、C#局域网通信、WPF样式、模板、Windows托盘程序等技术点。(This is a sticky notes program written in WPF, can you give yourself the sticky, you can also send to others on the LAN to facilitate paste. Although the code has not been standardized finishing, but readability is not low. Which relates to the technical point of WPF, animation, C#, LAN communication, WPF styles, templates, Windows tray procedures.)

说明：  为提高海军舰艇的生存能力和满足减少人员编制要求，重新配置自动恢复服务可以执行恢复断电负荷。本文提出了一种自动规则为基础的电功率系统对海军舰艇重构专家系统方法，确定必要的控制操作恢复供电后战斗损伤或级联故障断电负荷。(The electric-power systems in US Navy ships supply energy to sophisticated systems for weapons, communications, navigation and operation. Faults in a shipboard power system (SPS) may occur owing to material casualties of electrical components or widespread faults owing to battle damage. These faults may interrupt the supply of electrical energy to loads that are not faulty or damaged. To enhance survivability of naval ships and meet reduced manning requirements, automatic reconfiguration for service restoration may be performed to restore the de-energised loads. The paper presents an automatic rule-based expert-system method for reconfiguration of electric-power systems on naval ships which determines the control operations necessary to restore power supply to de-energised loads after battle damage or cascading faults. A case study is presented to illustrate the effectiveness of the proposed method)