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Assembly Control Parameter Learning for Complex Robotic Assembly Processes

机译:复杂机器人装配过程的组装控制参数学习

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Recently robotic technology has been advanced rapidly. There are many robotic applications in manufacturing environments to replace human workers. However there are many unsolved problems in robotic automation. One issue is how to optimize a robotic manufacturing process. To face this challenge, this paper proposes a robot learning method to optimize process control parameters. The system performance including cycle and First Time Through rate can be optimized. Experimental platforms have been developed and experimental results demonstrate the proposed control parameter learning method is very effective compared to other existing methods. Hence the proposed method will make industrial robots more intelligent to meet the modern manufacturing demands in Industry 4.0.
机译:最近的机器人技术已经迅速前进。制造环境中有许多机器人应用来取代人工。然而,机器人自动化存在许多未解决的问题。一个问题是如何优化机器人制造过程。要面对这一挑战,本文提出了一种优化过程控制参数的机器人学习方法。可以优化包括循环和第一次通过速率的系统性能。已经开发了实验平台和实验结果证明了与其他现有方法相比,所提出的控制参数学习方法非常有效。因此,拟议的方法将使工业机器人更加智能,以满足行业的现代制造需求。

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