| 1. | The discussion has served to emphasize the important role the inertia tensor plays in the discussion of the motion of rigid bodies .
讨论强调了惯性张量在论述刚体运动时所起的重要作用。 |
| 2. | Review and prospect of 3 - d motion estimate based on image sequences
基于序列图象的三维刚体运动估计研究进展 |
| 3. | During analyzing the motional parameters of the rigid body , it is difficult to calculate the rotary matrix
在刚体运动参数计算过程中，旋转矩阵的处理是比较麻烦的。 |
| 4. | For the general rigid motion of the 1d object , we give a method to transform it into the translation case
对于一维物体的一般刚体运动，给出了把它转化为平移运动的方法。 |
| 5. | Newton ' s laws , concepts of momentum , energy , angular momentum , rigid body motion , and non - inertial systems
牛顿定律，动量的概念，能量，角动量，刚体运动，以及非惯性系。 |
| 6. | Recovering three - dimensional motion and structure by using of correspondence of straight lines and the computational theory of optical flow for conic curve are expounded in article
本文先介绍了基于特征直线对应恢复刚体运动和结构参数的方法，然后阐述了有关曲线光流计算的方法。 |
| 7. | Compared with typical ones , the filter enables to suppress the residual oscillation of flexible systems , weaken the rigid motion impact simultaneously and accelerate the system response by 30 %
该滤波器的特点是在抑制柔性系统残留振荡的同时，不仅减小了刚体运动冲击，而且又使系统的响应速度提高了30 % 。 |
| 8. | When the robot arm and its end - effector is treated as a rigid body , as is quite reasonable in most cases , the motion control , especially attitude control , of a rigid body becomes the basic problem of robot control
因此，当将机械臂和末端执行器近似看作刚体时，机器人的底层控制问题实际上是刚体运动的控制问题。 |
| 9. | The direct and inverse models of velocity and acceleration are founded by approach of influence coefficient and principle of rigid body moving , and furthermore , studies its movement - viewed problem
运用运动影响系数法及刚体运动原理推导了6 - sps并联机器人速度和加速度的正反解模型，并研究了其运动可视化的问题。 |
| 10. | A physical model for describing the fault movement along plate boundary is proposed , i . e . , the crust movement along plate boundary equals to the relative rigid plate motion plus negative dislocation distributions on the fault planes
提出了一种描述板块边界断层运动的力学模型，即将板块边界的地壳运动表述为板块的相对刚体运动加边界断层面上的负位错分布。 |
