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Research on the simulation of the PUMA 560 robot based on Matlab

机译:基于MATLAB的PUMA 560机器人仿真研究

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Robot simulation means simulation of the robot's kinematic and dynamic characteristics by using computer visualization and object-oriented systems. It helps researchers to understand the posture and stop of the robot within the workspace. In this way, people can reasonably design the kinematic scheme and control algorithm. In Matlab simulation, users can directly see the operating results, find out the shortcomings and deficiencies in time and modify or refine them. By solving the problem in the process of manufacturing and running when designing the robot, we can avoid accidents and unnecessary losses when operating the entity robot directly. In this paper, in the Matlab environment, we simulate the PUMA 560 robot by using the Toolbox Robotics toolbox. By analyzing the problem of the robot's dynamic and kinematic characteristics, we obtain a good method to analyze the robot control.
机译:机器人仿真是指通过使用计算机可视化和面向对象的系统来模拟机器人的运动学和动态特性。它有助于研究人员了解工作区内机器人的姿势和停止。通过这种方式,人们可以合理地设计运动方案和控制算法。在Matlab仿真中,用户可以直接查看操作结果,了解时间及时的缺点和缺陷,并修改或改进它们。通过解决在设计机器人时制造和运行过程中的问题,我们可以在直接操作实体机器人时避免事故和不必要的损失。在本文中,在MATLAB环境中,我们使用工具箱机器人工具箱模拟PUMA 560机器人。通过分析机器人动态和运动特性的问题,我们获得了分析机器人控制的好方法。

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