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Symbolization and Imitation Learning of Motion Sequence Using Competitive Modules

机译:使用竞争模块对运动序列进行符号化和模仿学习

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In this research the authors evaluate a new method for control using several prediction models and recognition of movement series. In MOSAIC (MOdule Selection And Identification for Control), which uses a prediction model with several modules as proposed by Wolpert and Kawato (1998), a module that pairs a prediction model which predicts the future state to be controlled and a controller are switched and assembled based on the size of the prediction error in the prediction model. The authors propose a method using MOSAIC to divide continuous time patterns for human or robot movement into their constituent parts as several series of movement elements. Moreover, the authors evaluate a method to recognize movement patterns of another person using one's own module and imitation learning based on this method. From the results of simulations of acrobot control, the authors show that symbolization of movement patterns and imitation learning based on that are possible.
机译:在这项研究中,作者评估了一种使用几种预测模型和运动序列识别的控制方法。在MOSAIC(用于控制的模块选择和识别)中,该模型使用了Wolpert和Kawato(1998)提出的带有多个模块的预测模型,该模块将预测未来控制状态的预测模型与一个控制器配对,并切换了控制器,根据预测模型中预测误差的大小进行组装。作者提出了一种使用MOSAIC的方法,将人或机器人运动的连续时间模式分成几个系列的运动元素,作为其组成部分。此外,作者评估了一种使用自己的模块并基于此方法进行模仿学习来识别他人运动模式的方法。从acrobot控制的仿真结果来看,作者表明运动模式的符号化和基于此的模仿学习是可能的。

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