Replicating the haptic perception capability of the human hand is an indispensable goal for
intelligent robots and human–machine interactions. Multifunctional electronic skin (e‐skin) …

Electronic skin (e-skin) has attracted considerable interests to endow robots the abundant
perception abilities like human skin. However, multifunctional tactile feedbacks and poor …

Electronic skin with human-like sensory capabilities has been widely applied to artificial
intelligence, biomedical engineering, and the prosthetic hand for expanding the sensing …

Mimicking the pressure-sensing behavior of biological skins using electronic devices has
profound implications for prosthetics and medicine. The developed electronic skins based …

Electronic skin for robotic tactile sensing has been studied extensively over the past years,
yet practical applications of electronic skin for the grasping state monitoring during robotic …

Electronic skin (e-skin) is designed to mimic the comprehensive nature of human skin.
Various advances in e-skin continue to drive the development of the multimodal tactile …

Multimodal force identification by electronic skin (E‐skin) provides comprehensive and
precise tactile information that can enhance elaborated functions of fine tactile …

The flexible bimodal e-skin exhibits significant promise for integration into the next iteration
of human–computer interactions, owing to the integration of tactile and proximity perception …

Electronic skin (e-skin) comprises a network of tactile sensors, which has broad application
prospects in prosthetics, advanced robotics and continuous health monitoring. Here, a self …

Flexible electronic skins (e‐skins) are widely applied in human activities monitoring, medical
health, and robotic perception. However, most of the reported e‐skins only focus on the …