sip_UAC_UAS

是数据挖掘实验课上的一个作业，垃圾邮箱分类，给了57个属性1个分类目标，0是垃圾邮箱1不是，给了训练集和测试集，用的C++写的神经网络，并用遗传算法优化了，正确率96.5%，但是时间较长

基于TCP/IP协议的MFC网络编程实例，适合windows网络编程的初学者(MFC network programming example based on TCP/IP protocol, adaptive for whose who starts to learn Windows network programming.)

说明：  李宏毅老师机器学习视频代码，这是第五段，用python编写(Li Hongyi teacher video code)

一个自己写的分布式爬虫，采用socket在主机与客户端之间通信，用到多线程和阻塞等技术，仅仅用来参考

应用虚拟激励法和振型分解反应谱法分析不同的结构，很有用(Application of pseudo excitation method and mode decomposition response spectrum method)

近场信号源估计的源代码，基于线性预测理论的最小二乘准则代码，music，esprit和LS的部分代码(Near-field source estimates the source code, based on linear prediction theory, least squares criterion code, music, esprit and LS code)

NS2仿真分簇路由协议，里面有详细的说明文档(NS2 simulation clustering routing protocols are described in detail)

基于粒子群算法的纳什均衡问题求解,The Solution of Nash Equilibrium Problem Based on Particle Swarm Optimization(The Solution of Nash Equilibrium Problem Based on Particle Swarm Optimization)

复杂网路分析工具，可以实现网络构建，模型，求解网络参数。(Complex network analysis tools, can build network models for solving the network parameters.)

说明：  实验目的 1.对AIS数据按照上行、下行船舶轨迹点进行分类。 2.掌握基于密度聚类方法原理（以DBSCAN为例）。 3.熟悉AIS数据处理的基本方法。 4.熟悉船舶运动模式辨识的基本原理和方法。 实验环境 Matlab(Purpose 1. The AIS data are classified according to the upstream and downstream ship's track points. 2. Master the principle of density clustering based on DBSCAN as an example. 3. Familiar with the basic method of AIS data processing. 4. Familiar with the basic principles and methods of ship movement pattern identification. lab environment Matlab)