应用三维摄像测量系统分析人体上肢运动时，由于实验噪声的影响，按一般旋转矩阵计算方法得到的数据会产生较大的误差。
Spin matrixes used in ordinary methods to analyze the motion of the human upper-limb based on 3-d camera measurement system, the results are not satisfactory due to the effects of noise.
该测力机器人为人体上肢肌肉运动感觉和人机接触交互研究提供了一个系统的实验平台。
This arm wrestling robot provides a system experiment platform for the study of moving feelings of human upper limbs and human-robot interaction.
利用加速度传感器和倾角传感器可设计一种基于空间运动测量的人体上肢动作输入设备。
An upper limbs action input device based on spatial movement measuring can be designed with the help of the acceleration sensors and the tilt sensors.
利用运动质量评定指标和函数描述方法对人体上肢触点运动进行了运动质量评定和关节角度的函数拟合。
Based on the evaluation indices and the function description method, the pointing movement quality of human upper limb was evaluated and the joints angles were fitted.
为了得到人体上肢关节运动数据，利用多维摄像系统，拍摄人体上肢在日常生活中的典型活动。
To get the data of joints motion, a multi-dimension camera was used to get the human upper limbs motion of daily life.
目的研究人体上肢对前方平面不同区域目标点的拾取运动特性和工效。
Objective to study pointing movement characteristics and ergonomics when human upper limb touches different targets on the front board.
人体上肢是个极其复杂的运动系统，其运动具有复杂性和随意性。
The human arm is a very complex motion system , the motion is complexity and randomly.
人体上肢是个极其复杂的运动系统，其运动具有复杂性和随意性。
The human arm is a very complex motion system , the motion is complexity and randomly.
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