Voltage-and-Frequency-control-of-wind-diesel-hybr

一些使用的混合储能文献，对初学者很有帮助。(The document of some practical hybrid energy storage)

该论文对动基座初始对准问题进行了研究，包括大失角下初始对准；内杆臂效应分析与补偿 ；整周期采样对姿态解算精度的影响；经典的圆锥误差运动补偿等方面，具有较强 的 研究价值，值得推荐！(This paper studied the dynamic initial alignment problem, including the loss of large angle alignment; analysis and compensation of lever arm effect sampling; influence on attitude calculation accuracy; coning error motion compensation and other aspects of the classic, has strong research value, worthy of recommendation!)

Xiangjiaba - Shanghai ±800 kV UHVDC transmission project

说明：  MIMO系统仿真 ＭＩＭＯ技术可Ｗ极大地提升系统吞吐量和有效抵抗多径衰落的影响，被视作ＬＴＥ的核也技术之一。信号检测模块又是ＭＩＭＯ系统中非常重要的一步，因为接收端收到的信号是经历了无线信道衰落影响的信号，与发送端发送的初始值之间差距较大，因此，在接收端首先应进行信道估计求出信道矩阵Ｈ，然后根据该信道矩阵的信息，从接收端还原出发送信号。因此，在ＭＩＭＯ系统中信号检测直接彰响着系统系能的提升。本章将先介绍高移动性ＭＩＭＯ无线信道的建模方法(simulation of MIMO-OFDM communication system)

对双馈式风力发电系统搭建了一个相应的模型(build an appropriate model about Doubly-fed wind power generation system )

Use full for knowing board details while making projects on FPGA and matlab simulations

华中科技大学毕业论文latex模板，可用于毕业设计，学士学位论文，博士论文(Huazhong University of Science Thesis latex templates for graduation, bachelor' s degree thesis, dissertation)

感应电机混沌分析与控制，仅有的博士论文，写的很详细，值得大家学习研究(Chaos analysis and control of induction motor, the only doctoral dissertation)

介绍了经典的时频分布和检测理论的同时，作者利用时频分布的方法，将一 维时间信号转化到二维的时频空间中，通过提取图像的特征来判决信号和杂波， 采用的数据是使用McMaster IPIX雷达，在加拿大东海岸附近测得的。实测数据 研究表明此方法可以得到很好的检测结果。 (In this paper,we first review the time-frequency analysis and time -frequency-based detection methods.Secondly,by analyzing a mass of the measured data of sea clutter,we show the difference of time-frequency geometric features between echoes with a target and pure sea clutter.Finally,we given the detection algorithm based on the time-frequency geometric features.The results of the measured data show that the proposed method can effectively find low-velocity small targets in sea clutter.This approach is a novel try to detect small targets in sea clutter.)

题目1 FTP客户端与服务器端设计 题目2 邮件服务系统设计 题目3 HTTP通信系统设计(Title 1 FTP client and server-side design Title 2 mail service system design Title 3 HTTP communication system design)