考勤管理系统设计方案

上海热线ii试验网接入部分方案(上海贝尔有限公司) 毕业设计内参(Shanghai Hotline ii pilot network access part of the program (Shanghai Bell Co. Ltd.) Graduation INCOMPATIBLE)

哈尔滨工业大学硕士论文，关于惯性/天文组合导航方面的，有较好的参考价值(Harbin Institute of Technology master' s thesis on the inertial/navigation aspects of astronomy, a good reference value)

企业档案管理系统 概要设计说明书 需自行转化为doc文件(enterprise file management system outlined the need to design brochures into doc documents)

本文介绍了一种采用Altera 公司的FFT MegaCore 实现快速傅里叶变换的方法，该方法非常简单，能进一层次简化开发的流程，缩短工程开发周期，节约成本，因此在实际工程中是一种很好的应用。(This paper describes a use of Altera s FFT MegaCore fast Fourier transform method, the method is very simple and can develop into a hierarchy to simplify processes, shorten the project development cycle, cost savings, and therefore is a practical engineering good application.)

实现多视道视频点播，流媒体播放功能。里含毕业论文。(Depending multi channel video on demand, streaming media playback. In containing thesis.)

创业计划书模板，汇集了10种以上的创业计划书模板，希望对有创业想法的人有所帮助(template for a business plan, a pool of more than 10 venture plan template, and I hope to have entrepreneurial thinking that the help)

说明：  介绍了一种路径跟踪的智能预瞄控制方法，并介绍了智能预瞄控制器的原理、结构及其设计过程。 (This paper presents a path tracking control method for intelligent preview, and introduced the intelligent preview controller principles, structure and design process.)

关于TCR+FC型SVC的研究文献，这篇文章考查了晶闸管控制的并联补偿器的理论基础。不平衡负荷补偿和电压稳定的条件是建立在对称分量的应用上的。适用于前馈控制（电脑的）的数学关系是根据。这里对前馈和反馈的实用方法进行了讨论。(This paper examines the theoretical foundations of thyristorcontrolled shunt compensation. Conditions for unbalanced load compensation and voltage stabilization are established with the use of symmetrical components. Mathematical relationships applicable to feedforward (computational) type controls are derived. Practical approaches to both feedforward and feedback type controls are discussed.)

用于组合导航系统中关于INS和GPS的MATLAB仿真，详细分析组合导航的模型建立(For the integrated navigation system on the INS and GPS, MATLAB simulation, a detailed analysis of integrated navigation model building)

在低风速情况下，风力发电机组的先进变桨距控制策略的程序(Low Wind Speed Turbine Project Conceptual Design Study: Advanced Independent Pitch Control)