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首页> 外文期刊>Neural Network World >LEARNING HOSE TRANSPORT CONTROL WITH Q-LEARNING
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LEARNING HOSE TRANSPORT CONTROL WITH Q-LEARNING

机译:通过Q学习进行软管学习控制

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摘要

Non-rigid physical links introduce highly nonlinear dynamics in Mul-ticomponent Robotic Systems (MCRS), which can hardly be solved analytically. In this paper, we propose the use of reinforcement learning methods to allow the agents learn by themselves how to deal with this kind of elements, as opposed to classical control schemes. In this paper we deal with the simplest case: only one hose segment and one robot at the tip of the hose. The task is to move the hose tip to an approximate position in the space. Learning is performed and tested using a hose-MCRS simulation environment developed by our group.
机译:非刚性物理链接在多组分机器人系统(MCRS)中引入了高度非线性的动力学,而这在分析上很难解决。在本文中,我们建议使用强化学习方法,以使代理可以自己学习如何处理此类元素,这与经典控制方案相反。在本文中,我们处理最简单的情况:在软管的末端只有一个软管段和一个机器人。任务是将软管末端移动到空间中的大约位置。使用我们小组开发的软管-MCRS仿真环境执行和测试学习。

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