dell_latitude_d820

大规模光伏发电并网对互联电力系统阻尼特性的影响及其阻尼控制策略(Influence of Large-Scale PhotoVoItaic System Integration on Danlping Characteristics of Interconnect Grid and Dampjng Control)

说明：  气象雷达Weather Radar通用测试台的设计实现(Universal Weather Radar Test Bench Design and Implementation)

网络录音盒系列资料之一：网络录音盒实现文档。本文档系本人毕业设计的论文部分，详细的介绍了一种嵌入式网络录音盒的设计与实现。所谓网络录音盒是指一种可以通过网络向远程的计算机提供录音盒所在位置的监听以及录音功能的网络设备。本人已经上传了录音盒相关的所有资料，为了方便用户选择自己所需的内容，本人将所有资料分为三部分上传：1、文档；2、源码；3、测试过程。(network data recording boxes series one : Network box on document recording. This document is designed my graduation thesis, a detailed introduction of a sound recording box Embedded Network Design and Implementation. The so-called network recording box refers to a network through a remote computer to the provision of recording the location of the box and recording wiretapping functional network equipment. I have uploaded the recording box all the related information, in order to facilitate the user to choose the content they need, I will be all the information is divided into three parts Upload : 1, the document; 2, the source; 3, the testing process.)

基于U-BOOT的S3C44B0引导装载程序的设计与实现(Design and implementation of bootloader about S3C44B0 based on U-BOOT)

说明：  便携式表面粗糙度仪设计与实现Portable surface roughness instrument design and implementation(Portable surface roughness instrument design and implementation)

约束所有时钟（包括你的设计中特有的时钟）对准确的时序分析结果而言是必不可少的。Quartus II TimeQuest Timing Analyzer为各种各样的时钟配置和典型时钟提供许多SDC命令。(Constraining all clocks, including the clocks unique to your design, is essential for accurate timing analysis results. The Quartus II TimeQuest Timing Analyzer provides many SDC commands for a variety of clock configurations and typical clocks.)

人力资源管理信息系统，此软件采用B/S模式，适合于中型企业。(personManagerSystem)

资源很好，很适合本科学习基础较差的同学额，本科学士论文可以引用(Purple is very good, very suitable for undergraduate students to learn the basic amount of poor,)

银行自动取款机ATM的课程设计报告，用C#.net编写(Bank automated teller machine ATM curriculum design report, using C#. Net written)

这是关于现代电力系统优化模型及其相关算法研究的优秀博士论文，希望能对大家有用(This is on the modern power system optimization model and its associated algorithm for outstanding doctoral dissertation, hoping to be useful for all of us)