在机器人控制领域中,机械臂的控制问题一直是研究的焦点。针对六自由度机械臂建立了精确的运动学模型,并在此基础上对机械臂抓取目标物体时的路径规划算法进行了研究与优化,使机械臂的运动控制更加平稳可靠,并通过Matlab仿真对研究理论进行了论证。
In the field of robotic control, control problem of manipulator has always been the focus of research. In this paper, the kinematic model of the six degrees of freedom manipulator is accurately established, and on this basis, the path programming algorithm of the manipulator crawling has been studied and optimized, so make the manipulator of motion control more stable and reliable, the Matlab simulation is adopted for the study of the theory were demonstrated.