运动学约束 meaning in Chinese

kinematical constraint

Then , using a feedback controller , transforming path satifying holonomic constraint to trajectory satifying kinematic constraint
然后，利用反馈控制器，将规划出满足完整性约束的路径转化为满足机器人运动学约束的轨迹。
This paper presents a robot autonomous calibration approach , the kinematics equations are built through the probe fixed in the end - effector contacting the constraint planes in the workspace , the robot internal sensor measurements are recorded for kinematics calibration while the tip - point of the probe is in contact with the constraint planes , the locations of the constraint planes are not necessarily known exactly
摘要介绍一种机器人自标定方法，通过固定于机器人末端执行器上的探针与工作空间中的约束平面接触，建立运动学约束方程，利用机器人内部传感器读数来辩识机器人运动学参数，约束平面的位置无需准确知道。