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Joint elasticity produces energy efficiency in underwater locomotion: Verification with deep reinforcement learning

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Underwater snake robots have received attention because of their unique mechanics and locomotion patterns. Given their highly redundant degrees of freedom. designing an energy-efficient gait has been a main challenge for the long-term autonomy of underwater snake robots. We propose a gait design method for an underwater snake robot based on deep reinforcement learning and curriculum l... https://cosmeticssquadets.shop/product-category/adhesives/
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