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MATLAB simulink 双馈风电机组并网风机模型(MATLAB simulink doubly-fed wind turbine grid-connected fan model)

说明：  华为交换机mib库，全量的，一直在用的，紫薯布丁(Huawei MIB library, full)

用r计算SPEI，实现少量数据的快速计算，(Calculating SPEI with R to realize fast calculation of a small amount of data)

说明：  交错网格有限差分正演,PML边界条件，matlab仿真(forward numerical with stagger grid PML)

一个Flash鼠标特技演示 附源文件，晃动鼠标的时候，它还会跟随鼠标变化，那些图案是自动生成的，十分炫看上去，肯定用有Flash的AS编程脚本，有兴趣的下载源码研究下。

说明：  扩展和无迹kalman滤波学习资料带matlab仿真(Matlab simulation of extended and unscented Kalman filter learning data band)

图片播放器 图片播放器图片播放器 flash+xml-Picture picture player player player picture flash+ Xml

说明：  2016年，Vamei同学的第一本书《从Python开始学编程》就给我留 下了深刻的印象，我感觉写书对他来说是一个很快乐的过程，所以写出 来的书读起来也令人感到轻松愉快。真是书如其人啊！ 当Vamei同学把现在这本书给我看时，我会心一笑，正合我意。不 仅因为他的书读起来很棒，而且因为我们正好也经常玩树莓派，主要是 Raspberry Pi Hacking。我们把树莓派打造成黑客测试便携式工具，也把 树莓派打造成自由上网路由器。Vamei这本书以树莓派为主线，介绍了 Linux的相关知识与应用场景（包括现在很火热的区块链生态里的挖 矿），由于树莓派的存在，这些应用场景更清晰、更形象。对于新手来 说，这是本难得的入门好书；对于老手来说，这本书读起来充满了乐趣 与思想碰撞。强烈推荐！(In 2016, vamei's first book, learning programming from python, was left for me I felt that writing a book was a very happy process for him, so I wrote it The books that came were also pleasant to read. What a book is like a man! When vamei showed me this book now, I would smile and it was just right for me. No Just because his books are great to read, and because we happen to play raspberry pies a lot, mainly Raspberry Pi Hacking . We built raspberry pie into a portable tool for hackers to test, as well as Raspberry pie as a free internet router. Vamei this book takes raspberry pie as the main line, introduces Linux related knowledge and application scenarios (including the excavation in the hot blockchain ecology now Because of raspberry pie, these application scenarios are clearer and more vivid.)

说明：  主成分分析(PCA)是多元统计分析中用来分析数据的一种方法,它是用一种较少数量的特征对样本进行描述以达到降低特征空间维数的方法,(Principal Component Analysis (PCA) is a method used to analyze data in multivariate statistical analysis. It uses a small number of features to describe samples in order to reduce the dimension of feature space.)

展现了三维多智能体仿真再现，实现了多智能体协同一致性。(The simulation representation of 3d multi-agent is presented and the multi-agent couniformity is realized.)