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Pedaling Motion of a Cycle by Musculoskeletal Humanoid with Adapting Ability Based on an Evaluation of the Muscle Loads

机译:基于肌肉负荷评估的肌肉骨骼人形,肌肉骨骼人形的瓣膜运动

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Adaptation mechanism during motions with some constraints is indispensable function not for destroying the robot itself. Particularly, pedaling motion has a strong constraint for the legs' motion and such kind of adaptation ability is necessary. For realizing adapting ability in a pedaling motion for musculo-skeletal humanoid, monitoring and evaluating function for the muscle load and the reinforcement learning method based on the evaluated muscle loads are developed in this paper. At last feasibility of the proposed system is confirmed by an actual musculo-skeletal humanoid Kenji.
机译:具有一些约束的运动过程中的适应机制是不可缺少的功能,不用于销毁机器人本身。特别地,踩踏运动对于腿部的运动具有强大约束,并且需要这种适应能力。为了实现肌肉骨骼的踩踏运动中的适应能力,肌肉负荷的监测和评估功能以及基于评估的肌肉负载的增强学习方法。在拟议的系统的最后可行性是由实际的肌肉骨骼人形kenji确认。

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