PA10 Robot’s Movement Through Natural Interface

Diego Manuel Dussán Muñoz, Enrique Bauzano Núñez, Oscar Andrés Vivas Albán
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引用次数: 0

Abstract

 This paper introduces a natural interface for the movement of PA10 industrial robot and the implementation of its system. In order to evaluate the availability of these interfaces and the difference between the trajectory input by using its own development method and the trajectory executed by the robot, the mathematical model of PA10 robot is preliminarily established, and its motion is simulated in unity 3D graphics engine. Subsequently, the leap motion capture device is added as the main element of the natural interface, and tracks the movement of the user’s palm during the execution of various trajectories of the simulation software and the actual robot. The results show that the tracking error between the expected trajectory and the actual trajectory of PA10 robot is very small.
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基于自然界面的PA10机器人运动
本文介绍了PA10工业机器人运动的自然接口及其系统的实现。为了评估这些接口的可用性,以及使用自己的开发方法输入的轨迹与机器人执行的轨迹之间的差异,初步建立了PA10机器人的数学模型,并在unity 3D图形引擎中对其运动进行了仿真。随后,跳跃动作捕捉设备被添加为自然界面的主要元素,并在模拟软件和实际机器人的各种轨迹的执行过程中跟踪用户手掌的运动。结果表明,PA10机器人的预期轨迹与实际轨迹之间的跟踪误差很小。
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