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Virtual Commissioning Simulation as Reinforcement Learning Environment for Robot Cable Handling

Florian Jaensch, Alexander Verl

发表年份
2020
引用次数
9

摘要

The paper introduces an approach to generate control strategies for cable handling tasks automatically, using Reinforcement Learning. Cable handling tasks require human like sensomotoric and cognitive abilities. Humans develop an understanding of the cable behaviour and are able to derive control strategies, how to handle the cable. Transferring these strategies to an industrial robot control system with the usual programming interface is very difficult. The introduced approach addresses this problem by giving the robot control the possibility to learn the cable handling strategies by itself. Therefore an Virtual Commissioning simulation environment was adapted to model Reinforcement Learning problems using the OpenAI Gym and Functional Mock-Up Interface standard.

关键词

Reinforcement learningInterface (matter)RobotComputer scienceRobot learningControl (management)Virtual machineHuman–computer interactionProject commissioningVirtual reality

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