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Aidio
- 摘要：应用CXA1019S芯片完成接收机混频、中放、解调等的设计，并用芯片BU2614以PLL 频率合成的方法产生稳定的本振和控制输入调谐回路的谐振频率，从而实现电调谐。单片机采用 MCS-51系列对频率合成器BU2614进行控制，加上键盘、显示和存储器电路，可实现多种程控搜 索、电台存储等功能。-Abstract: The complete receiver chip CXA1019S mixer, amplifier, demodulator, such as design, a
slidingmode
- 介绍一种滑模控制方法，该方法包含了并联机器人前馈力和反馈摩擦力的补偿。-A method of robot sliding-mode control control combined with compensation of feed-forward load force and feedback friction is presented to reduce the motion vibration of 6-DOF（six degree-of-freedom） hydraulic para
Coriolis
- 数字驱动由于其控制算法的灵活性可以有效地提高科氏质量流量计的工作性能。针对数字驱动的启振问题，本文基于模型分析和实验仿真，提出了正负阶跃交替激励启振方法。该方法通过跟踪检测传感器自激输出信号相位进行正负阶跃交替激励，使流量管的振动幅值持续、可靠地快速增大，进而结合非线性幅值控制算法和频率估计，可使流量管启振时间大幅度地缩短，克服了传统启振方法的局限性。-Digital drive control algorithm because of its flexibility can improve t
Contcq
- 测控为汽车采集分析系统_液压振动测试Control system for vehicle acquisition and analysis of hydraulic vibration test level _-Control system for vehicle acquisition and analysis of hydraulic vibration test level _
Diala_report
- Vibration suppression and Control used in automobiles and industrial machines.
shaking-tables
- 振动台在许多领域都得到了很韩的应用，但其控制还是MCS应用的好-Vibration table in many areas have been very Han applications, but its control is still a good MCS applications
ASME-Paper
- VIBRATION CONTROL OF A SEAT SUSPENSION SYSTEM USING MAGNETORHEOLOGICAL DAMPER
AIAA-1994-3473-359
- 使用模糊自适应主动控制飞机起落架振动阻尼的研究-Using fuzzy adaptive active control landing gear vibration damping research
Active-Vibration-Control
- good document about active vibration control
repetitive-control1
- 重复控制算法的英文文献，主要是在减振消震上的应用，也可以用在噪声消除，和lms算法效果一致-Repetitive control algorithm in English literature, mainly used in the vibration absorber can also be used in noise reduction, consistent and lms algorithm results
IJRET20140319016
- Direct torque control to mitigate the mechanical vibration in PMSG machine
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