Abstract: The inherent compliant nature of soft robots can offer remarkable advantages over their rigid counterparts in terms of safety to human users and adaptability in unstructured environments.
Researchers from the Shanghai University of Medicine & Health Sciences, Tongji University, Royal Melbourne Institute of Technology University, Fudan ...
This infographic contrasts two views of proprioception. The traditional model frames proprioception as a fixed biological feedback loop. The augmentable-interface model reframes proprioception as a ...
Abstract: This letter presents the development of a smart robotic leg constructed with bioinspired 3-D printed bones, overlaid with carbon fiber reinforced polymer (CFRP). Quasi-distributed fiber ...
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