Smartphone–controlled industrial robots: Design and user performance evaluation

Adrienn Deak, Z. Szántó, Áron Fehér, L. Márton
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Abstract

This work presents a solution for distant control of industrial robots using mobile devices. The developed application can monitor the motion of the robot based on video and sensor information, it can send commands and control scripts to the robot, and it ensures the jogging–like manual control of the robot. In addition to the aforementioned functionalities, the application can analyze the teleoperation performances of the user. A set of performance metrics were introduced to rate user performances. They are useful to evaluate and educate remote manual robot control techniques. Experimental measurements are also presented to show the applicability of the developed remote control application and user performance evaluation method.
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智能手机控制的工业机器人:设计和用户性能评估
本文提出了一种利用移动设备对工业机器人进行远程控制的解决方案。开发的应用程序可以基于视频和传感器信息对机器人的运动进行监控,可以向机器人发送命令和控制脚本,保证机器人的慢跑式手动控制。除了上述功能外,该应用程序还可以分析用户的远程操作性能。引入了一组性能指标来评价用户的性能。它们对评估和教育远程手动机器人控制技术具有重要意义。实验结果表明了所开发的远程控制应用和用户性能评价方法的适用性。
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