1.
Design and Simulation of 2-Decoupled and 2-DOF Micromachined Gyroscope;
双解耦双自由度微机械陀螺的设计与仿真
2.
A Novel Design of Two Degrees of Freedom Imitating Human Upper Extremity and Study on Pneumatic Actuator;
双自由度类人上肢的设计及气动执行器的研究
3.
The Research of Trajectory Synthesis and Optimal Design of Two-DOF Planar Five-Bar Linkage;
双自由度五杆机构的轨迹综合及优化设计研究
4.
Application of Symmetry in the Forced Vibration of Double Degree of Freedom System;
对称性在双自由度体系强迫振动中的应用
5.
The Application of dual-freedom Smith predictor and feedforward undecoupling in QCS
双自由度Smith预估和前馈解耦在QCS中的应用
6.
The study on the conditions of double cranks of closed-hoop two freedom planar five links linkages including a sliding pair
含RPRⅡ级杆组的双自由度五杆机构的曲柄存在条件的研究
7.
Two Degrees of Freedom for the Four Shafts Antenna Server System Based on Single-chip and FPGA
基于单片机与FPGA实现的双自由度四轴天线伺服系统
8.
Application of two-degree-of-freedom Smith predictor in beer fermentation control
双自由度Smith预估器在啤酒发酵控制中的应用研究
9.
An application of system identification in the two-degree-freedom VIV experiments
系统识别法在双自由度涡激振动试验研究中应用(英文)
10.
Model reference adaptive dual control for four-degrees of freedom mechanical arm
四自由度机械臂的模型参考自适应双重控制
11.
Study on Control Method Based on 3-DOF Twin Rotor Multi-Input Multi-Output System;
基于三自由度双旋翼系统的控制方法研究
12.
System Control of CAFTA and Researches about Sino-Singapore Free Trade Agreement;
CAFTA的制度约束与中新双边自由贸易区建设研究
13.
The Motion Planning of Dual 6-DOF Arms of a Mobile Robot
移动机器人双六自由度机械臂运动规划
14.
Research on a Novel 3-DOF Ultrasonic Motor with Two Cylinder Stators
一种新型双定子三自由度超声波电机特性研究
15.
QUASI-PERIODIC MOTIONS OF A THREE-DEGREE-OF-FREEDOM VIBRATING SYSTEM WITH TWO RIGID CONSTRAINS
三自由度双侧刚性约束振动系统的概周期运动
16.
Theoretical and Experimental Study of 2-DOF Precise Actuator Utilizing Impact Force of Piezoelectric Bimorphs;
压电双晶片型二自由度惯性冲击式精密驱动器理论与实验研究
17.
The Design of Untouched Float Six-Free-Parameter Testing-System Based on Double CCD;
基于双CCD非接触式浮体六自由度测试系统的研制
18.
Research on Bilateral Servo Control Strategy of the 4-DOF Electro-hydraulic Master-Slave Telerobot;
四自由度电液主—从遥操纵机器人双向伺服控制策略研究