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1)  pose speculation
位姿预测
1.
And then in order to solve the three jobs:the problem of arriving at some point,the problem of moving along a special curve,and the problem of avoiding obstacles,we design three methods:pose speculation,discretely arriving,and constrained arriving.
首先计算了机械臂位姿与指尖位置之间的关系公式,然后针对机械臂的到达问题、沿曲线运动问题和避障问题,分别提出目标位姿预测、曲线离散到达和受限目标到达三种解决方法,其中涉及的关键算法是自适应搜索法,该方法具有效率高、精度高、适用范围广的特点。
2)  posture prediction
姿势预测
1.
Dynamic posture prediction model based on genetic algorithm;
基于遗传算法的动态姿势预测模型的研究
3)  pose prediction
姿态预测
1.
This paper is to resolve pose prediction for multi-pose face detection by adding postures to the original active shape model application of the mathematical model.
本文拟解决多姿态人脸监测中的姿态预测问题,在原有主动形状模型的基础上加入了多姿态,应用了数学模型,并用大量的样本进行训练,得到模型参数,最后应用于多姿态人脸的姿态预测,取得了不错的效果。
4)  position and attitude measurement
位姿测量
1.
Since measurement methods used in some special measurement conditions are urgently required,this paper presented a kind of measurement method based on PKM(Parallel Kinematic Mechanism) for the position and attitude measurement of the moving object in a plane.
基于特殊的测量环境需要,提出了用于平面运动位姿测量的并联组合测量方法。
2.
This paper presented a new kind of measurement mechanism for the position and attitude measurement of a moving object in plane.
设计了一种新型三自由度位姿测量平面组合传感器装置,用于完成对平面运动的两个移动自由度和一个转动自由度的动态测量。
3.
A 2-DOF (Degree of Freedom) mechanism was designed to implement the functions of system driving, the positions and velocities control, and the high-precision and large-scope position and attitude measurement.
系统中应用了一种平面两自由度直角坐标运动装置,用于完成系统驱动及速度和位置控制,同时这种运动装置能够进行直角坐标跟随运动,并与其末端测量机构共同实现对平面自由运动物体的高精度大范围位姿测量。
5)  pose estimation
位姿测量
1.
Robustness analysis of pose estimation based on points;
基于点特征的位姿测量系统鲁棒性分析
2.
Error analysis of P3P pose estimation;
P3P位姿测量方法的误差分析
3.
Robustness Analysis of Pose Estimation relative to the Calibration Error;
位姿测量结果对标定误差的鲁棒性分析
6)  position and orientation measurement
位姿检测
1.
This paper presents a framework of scale-invariant feature transform based stereo vision position and orientation measurement system for parallel robot.
最后使用该方法对并联机器人位姿检测做了仿真实验。
2.
The position and orientation measurement of MDOF parallel robot with high precision is a unresolved problem.
多自由度冗余驱动并联机器人控制中,其末端操作器位姿是反映并联机器人:运动状态的重要参数,并联机器人具有多自由度、运动轨迹复杂的特点,其位姿检测要求同时能完成多个自由度的测量,位姿检测是当前大载荷系统检测领域亟待解决的问题之一。
补充资料:美姿姿
1.同"美孜孜"。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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