SUNRF_2012PCB_LIB

对于水平阵海底混响信号的建模仿真研究分析，对于线阵混响信号的研究有很大的帮助(For horizontal bottom reverberation signal modeling and simulation research, analysis, for the study of linear array reverberation signal has a lot of help)

说明：  PITE3980蓄电池放电仪监测系统管理说明书，整个系统完全解释，欢迎下载交流。(PITE3980 battery discharge was monitored system management manual, the entire system is fully explained, please download the exchange.)

基于系统级仿真的LTE_A协作多点传输技术研究(Based on system-level simulation LTE_A multicast technology research collaboration)

LLC系统设计，主要介绍了经典LLC设计思路和计算方法，很实用！(System design of LLC)

中继选择方案的研究,机会中继 碰撞概率 最佳中继 退避,(Relay selection scheme of research opportunities relay The collision probability The best relay Retreat, )

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)

对DNA序列分类的方法进行了初步的探讨。对于分类问题，最重要的是找出不同类的特征。包括DNA分类问题的程序，以及几篇优秀论文(Method for classification of DNA sequences are discussed. For classification problems, the most important is to find out the characteristics of different types of. Including the DNA classification procedures, as well as several excellent papers)

还有一篇关于音频动态范围压缩的相关珍贵论文，这是一个很实用但是又很少有人关注的领域，希望对大家有帮助！(Have an audio dynamic range compression on the relevance of valuable papers, it is a very pragmatic but also very few areas of concern, and they hope to have everyone help!)

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.)

随着并联机构学理论的日益成熟，并联摇摆台以其大刚度、高精度和重载等优点，广泛应用于机械、航海和航天等领域。其中，以车辆模拟台的应用最为广泛。车辆在行驶过程中由于受到路况等扰动因素的影响，会产生横摇、纵倾、转艏、前冲、横移和升降共6种位姿的运动，而通过六自由摇摆台能将车辆的这些运动真实的再现出来。 本文以项目——六自由度重型摇摆台的研制为依托，在对国内外六自由度摇摆台的研究现状做了比较深入、系统分析的基础上，对车辆重型摇摆台与负载锁定结构进行了分析优化，主要的研究内容如下： 首先，对六自由度重型摇摆台进行运动学建模，分析、优化机构在六种独立姿态及部分耦合位姿情况下支撑杆的运动范围，最终确定了支撑杆合理的转角空间和上下铰链座的结构，提高了机构的运动学、动力学性能。 (With the development of theory of parallel mechanism, parallel plat quickly enters the international market for high stiffness、high precision and heavy load, which is widely used in mechanical、navigation and aviation, etc. Among these parallel plats, the vehicle simulator is the most widely used. Due to the disturbance factors of ups and downs of the different roads, vehicle has 6 degrees of freedom during its traveling movements, such as rolling、pitching、yawing、surging、swaying and heaving that can be simulated in the use of 6-DOF platform. Based on the project of heavy platform, this paper optimizes the platform and the load locking structure after the in-depth and systematic analysis of 6-DOF parallel plat at home and abroad, the main research contents are as follows: Firstly, this paper establish the kinematic modeling that is used to analyze the rotating range of the axis belonging to the supporting pole in many traveling conditions, such as one of six movements indepe)