For safe coexistence between robots and humans, it is important for robots to detect the
presence of nearby humans as well as any physical contacts made to its body. The design of …

Electronic skin (e-skin) systems are devices that mimic the different sensing modalities of
skin. While the modalities sensed can vary from temperature to tactile, the main inspiration …

Accurately recognizing the hardness and type of different objects by tactile sensors is of
great significance in human–machine interaction. In this paper, a novel porous graphene …

With the rapid development of the Internet of Things (IoTs), wearable sensors are playing an
increasingly important role in daily monitoring of personal health and wellness. The signal-to …

Nowadays, force sensors play an important role in industrial production, electronic
information, medical health, and many other fields. Two-dimensional material-based filed …

We present an electronic skin with proximity sensing capabilities. Through a simple and
cheap fabrication process, we integrate carbon nanotube forests, which serve as the …

Demonstrated presently is a tactile sensor array consisting of monolithically integrated
polyvinylidene fluoride (PVDF) piezoelectric sensing film and active-matrix circuits based on …

The near-sensor paradigm is widely used in the artificial Intelligence of Things (AIoT) and
other emerging applications that require high-performance digital circuits to perform …

To address the issue of multiple temperature interferences encountered during the self-
monitoring process of the fiber-optic temperature sensor array, a temperature monitoring …

Advanced capabilities in monitoring sunlight and temperature, significantly associated with
human health, are essential for avoiding diseases (eg, skin cancer), treating neonatal …