A low‐voltage‐driven, neuromorphic sensorimotor loop for monolithic soft prosthetic e‐skin

doi:10.1002/smm2.1248

Xiangxiang Li, Darakhshan Mehvish, Hui Yang

A low‐voltage‐driven, neuromorphic sensorimotor loop for monolithic soft prosthetic e‐skin

General Medicine

AbstractArtificial skin with tactile perceptions is anticipated to play a pivotal role in next‐generation robotic and medical devices. The primary challenge lies in creating a biomimetic system that seamlessly integrates with the human body and biological systems. The authors have developed an electronic skin (e‐skin) that imitates the biological sensorimotor loop through medium‐scale circuit integration, boasting low power consumption and solid‐state synaptic transistors.

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A low‐voltage‐driven, neuromorphic sensorimotor loop for monolithic soft prosthetic e‐skin

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