1.
Development of the Three Degree-of-Freedom Platform for the Flight Simulator;
某型战机飞行模拟器三自由度运动平台的研制
2.
Dynamic modeling and simulation for automatic balancing system of triaxial air bearing table,based on the Software Simulink
三自由度卫星气浮台自动平衡调整系统研究
3.
Design of Rotational Degree of Freedom in 6-DoF Micromotion Platform
六自由度微动平台旋转自由度的设计
4.
Research and Manufacture of One Channel of 6-DOF Motion Platform Based on Direct Drive Volume Control;
直驱式六自由度运动平台单通道装置研制
5.
Kinematic Parameters Calculation and Experiment Study of 6-DOF of Stewart Platform;
六自由度Stewart平台运动学参数的计算和试验研究
6.
Research on Movement Law and Control Methord of 6-DOF Parallel Platform;
六自由度并联平台运动规律及控制方法研究
7.
Research on the Low Velocity Movement of the Electro-Hydraulic 6DOF Parallel Platform;
并联电液伺服六自由度平台系统低速运动研究
8.
Motion Platform Analysis and Test Research of 6DOF Bionic Horse
六自由度仿生机器马运动平台分析及试验研究
9.
STUDY ON THE KINEMATIC CHARACTERISTICS ABOUT THE INSTANTANEOUS MOTION OF THREE DOF 3-TPT IN-PARALLEL ACTUATED PYRAMID MECHANISM;
三自由度3—TPT并联角台机构的瞬时运动的运动学特性研究
10.
Kinematics Calibration of Stewart Platform Based on the Optimal Selection of Configurations;
基于位姿优化的六自由度运动平台的运动学标定
11.
Kinematics Analysis of a New 3-DOF Planar Parallel Mechanism
一种新型三自由度平面并联机构的运动学解析
12.
Design and Research of Five Degree of Freedom Vibration Absorber with Three Translations and Two Rotations Based on Parallel Mechanism;
三平移两转动五自由度减振平台主体机构的研究
13.
Compare and Analysis of 6-DOF Hydraulic Motion System and Electric Motion System
六自由度液压平台和电动平台比较分析
14.
Theoretical Analysis and Simulation on the Movement Performance of 3-Dof Parallel Pyramid Mechanism;
三自由度并联角台机构运动性能的理论分析及仿真
15.
Kinematics Simulation and Develop of NC System for 2-DOF Parallel Experiment Flat;
平面两自由度并联实验台运动仿真与数控系统开发
16.
Kinematics Calibration of Stewart Platforms Based on Configurations Measured with Two Inclinometers;
基于倾角仪测量位姿的六自由度平台运动学标定研究
17.
Presentation of realistic motion of automobile driving simulator of a 6-degree-of-freedom motion platform
六自由度运动平台汽车驾驶模拟器临场感研究与开发
18.
Real Time Motion Control of 6-DOF Platform Based on Virtual Simulation with Pro/Mechanism
基于Pro/Mechanism虚拟仿真的六自由度平台实时运动控制