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Biologically inspired vine-like and tendril-like robots

Ian D. Walker

发表年份
2015
引用次数
21

摘要

We describe the current applicability and ongoing potential of novel robots inspired by plants, specifically by tendrils and vines. These robots are capable of "growing" into unpredictable environments, and adhering their bodies to key environmental features in order to provide stability and leverage. Potential operations include exploration (medicine, planetary science, archaeology, disaster relief) and novel materials handling (grappling, bundling, tying).

关键词

TendrilLeverage (statistics)RobotTyingVineComputer scienceArtificial intelligenceHuman–computer interactionEcologyBiology

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