复杂网络中常用算法的实现

python实现实时视频流传输和显示，从客户端到服务器端(Python implements real-time video streaming transmission and display from client to server)

说明：  生成对抗网络，亲测可用，带有说明，有利于初学者学习(Generate confrontation network, pro-test available, with instructions)

说明：  使用python gui编写的pacman游戏。(pacman in python gui)

说明：  飞桨(PaddlePaddle)是集深度学习核心框架、工具组件和服务平台为一体的技术先进、功能完备的开源深度学习平台，已被中国企业广泛使用，深度契合企业应用需求，拥有活跃的开发者社区生态。提供丰富的官方支持模型集合，并推出全类型的高性能部署和集成方案供开发者使用。(As an open-source deep learning platform with advanced technology and complete functions, the paddlepaddle has been widely used by Chinese enterprises, which deeply meets the application needs of enterprises and has an active developer community ecology. Provide a rich set of official support models, and launch a full range of high-performance deployment and integration solutions for developers to use.)

基于PYTHON的的坦克大战 支持坦克升级，购买道具( Tankedaizhan based on PYTHON Support tank upgrade, buy items)

利用GPflow进行高斯过程回归，kernel有OU过程核等(Gauss Process Regression Using GPflow)

数据挖掘上机的三道经典题目数据及简单说明 1.电影系统推荐 2.空手道社交网络分析 3.对国会投票的关联规则挖掘(Data mining on the computer of three classic topics and simple description 1. Film system recommendation 2. Karate social network analysis 3. Mining association rules for congressional votes)

说明：  迭代算法的收敛率p是等于矩阵导数的最大特征根,Jacobi矩阵表示的是信息缺失的比例,所以p是一个可以有效的表示缺失信息的一个比例的标量,缺失信息的比例其实就是单位矩阵I 减去已经观测到的信息占完全信息的比例(The convergence rate P of the iterative algorithm is equal to the maximum characteristic root of the matrix derivative. Jacobi matrix represents the proportion of missing information, so P is a scalar that can effectively represent a proportion of missing information. The proportion of missing information is actually the proportion of the unit matrix I minus the observed information to the complete information.)

Scrapy框架下实现的爬取百度招聘上所有相关招聘信息的爬虫，有效的对爬下来的数据以合适的格式进行储存。后续可进行数据挖掘。(Under the framework of realization Scrapy crawling reptiles Baidu recruitment on all jobs, effective to climb down data stored in a suitable format. Follow-up for data mining.)

说明：  用遗传算法求解带模糊时间窗的VRP问题，注释清晰明了，新手友好(Genetic algorithm for VRP with fuzzy time window)