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HF-Communication-System
- 针对短波通信系统设各种类多、数量多、操作复杂、升级成本高、兼容性差的问题及现代信息战的发展需求，论文提出了一种基于软件无线电的短波通信系统软硬件平台设计力案-HF communication system is provided for various types of much more than the number of development needs, complex operation, high upgrade costs, poor compatibility problems
AltiumDesigner9.4.0.20159pojie
- Altium Designer 9.4.0.20159破解工具，简单暴力破解，只需一步就可破解，具体看文件内破解说明-Altium Designer 9.4.0.20159 crackers, simple brute force, one step can be cracked and the specific file
VLSI--PROJECT-LIST_AUG12015
- [6] Bland JM, Altman DG. Measuring agreement in method comparison studies. Stat Methods Med Res 1999 8:135–60. [7] MATLAB 2011a, The MathWorks, Inc., Natick, Massachusetts, United States. [8] Maeda Y, Sekine M, Tamura T. The advantages of weara
motors1
- Abstract—This paper presents a new 12-step sensorless drive for brushless dcmotor based on back-electromotive force (back-EMF) differences, which are estimated the disturbance observer (DOB) structure. Availability of rotor position information
915pub
- L’énergie solaire photovoltaï que provient de la tra nsformation directe d’une partie du rayonnement solaire en énergie électrique. Cette conversion d’énergie s’effectue par le biais d’une cellule dite photovoltaï que (PV) basée sur un phén
Sensor-Deployment-Optimization
- 多传感器分配是传感器网应用过程中的一个关键问题，文章对多种方法进行了分析比较，指出了各种方法的优缺点及适用场合，值得借鉴-Sensor deployment is a fundamental issue in sensor networks. Studies on the deployment problem are concentrated on deploying sensors to cover assigned areas or set ofpoints efficientl
D2008
- 宁波柯力d2008的电子磅的调试文档，包含串口的数据接口说明-Ningbo Ke force d2008 electronic pounds of debugging documents, including the serial port data interface
pretension
- 编程创建预紧力载荷，更加方便的自动生成预紧力载荷-Programming to create pre-tightening force load, load automatically generated pre-tightening force more conveniently
fluent-mdm-tut-falling-box
- The purpose of this tutorial is to provide guidelines and recommendations for setting up and solving a moving deforming mesh (MDM) case along with the six degree of freedom (6DOF) solver and the volume of fluid (VOF) multiphase model. The 6DOF UD
Effet--stall-et-pitch
- Pour tirer le meilleur profit du vent, les pales de la plupart des éoliennes de production d’énergie électrique, sont articulées autour de leur axe longitudinal pour orienter leur profil suivant la force du vent. Pitch control system est le logiciel
Control-System-for-Stretch-Table
- 为了实现电镜拉伸台高精度载荷大的要求，针对拉伸台电机和位移、力传感器设计了相应的驱动和处理电路，采用 NI－USB6363 采集卡实现对信号的接收并通过 LabVIEW 程序进行处理和反馈控制。 实验结果表明，该控制系统能够完成电镜拉伸台的精度要求。-In order to realize the high precision and large load of the electron microscope,the motor drive and sensor signal processin
Morision
- 基于Matlab的Morision方程计算波浪力-Based on the matlab morision equation wave force calculation
yqjgsf
- 针对传统力密度法求解大规模、不规则张拉整体结构找形效率不高的问题，提出了一种力密度法与改进鱼群算法相结合的找形方法。先基于力密度法建立结构的平衡方程组，然后采用改进的鱼群算法在力密度空间内进行全局搜索最终来得到结果的算法，希望对大家有帮助-In view of the traditional force density method to solve large-scale, irregular tensegrity structure the problem form the efficien
002
- 有限元编程,本程序包含四个子程序，其主要功能分别是： void matmat void matvec 调用结点及单元信息判断并循环形成总刚 double matvec double gs 调用结点位移及结点信息和对应单元信息，回代求出并输出单元杆端力 -Finite element programming, the program contains four subroutines, the main functions are: Void matmat void
donglix
- 求最大车速，最大牵引力，绘制驱动力阻力平衡曲线(Seek the maximum speed, maximum tractive force, draw the driving force, the resistance balance curve)
Cabin alarm monitoring system
- 基于力控6.0的机舱报警监测系统设计及报告。包括监测系统，模拟画面，动作代码及数据报表。(Design and Report of Cabin Alarm Monitoring System Based on Force Control. Including monitoring system, simulation screen, action code and data report.)
www
- 新人进服武庙领取读书5万级，基本8000级。内力精力100万。(The new temple for reading into the service level 50 thousand, basic level 8000. Internal force and energy 1 million.)
mm_y
- 对微机械臂受力分析得到运动学方程，求解后得出微机械臂的关节力矩和宏机械臂末端作用力的关系。在已知柔性臂末端的弹性变形和振动情况的基础上，用PD控制原理使微机械臂关节产生所需力矩(The kinematics equation of the mechanical arm was obtained. The relationship between the joint torque of the micromanipulator and the end force of the macro mani
某型导弹飞行轨迹的仿真_李文伟
- 该模块通过应用目标质心的动力学方程式，根据目标质心作用力 、 、 ，求出目标的速度 、弹道倾角 、弹道偏角 ；再通过目标质心的运动学方程式，即可计算出每一时刻目标位置（ ， ， ）(By applying the kinetic equation of the centroid of the target, the velocity of the target, the inclination angle and the ballistic angle of the target are cal