Population aging has highlighted the significance of developing home-care robots to assist
human life. However, traditional home-care robots work according to fixed procedures …

Artificial smart skins capable of interacting with people and sensing environmental stimuli
have become a research topic in humanoid robotic applications. However, previously …

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

Nowadays more and more intelligent robots are being used in scenarios that closely interact
with humans, such as collaboration, healthcare, services, etc. This requires robots to have …

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) …

With robots starting to enter our lives in a number of ways (eg, social, assistive, and surgery),
the electronic skin (e-skin) is becoming increasingly important. The capability of detecting …

Electronic skin (e-skin) uses advanced electronics and sensor arrays to manufacture human-
skin-like robotics skin. The creation of e-skin has been made possible due to various physics …

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

Electronic skin (e-skin) is playing an increasingly important role in health detection, robotic
teleoperation, and human-machine interaction, but most e-skins currently lack the …

With robots entering our lives in a number of ways, their safe interaction, while operating
autonomously, has gained significant attention. We no longer speak of robots as only the …