In this work, we present a novel design for an embedded Radio Frequency (RF) antenna
array that can distinguish various materials by analyzing changes in Received Signal …

Whenever we touch a surface with our fingers, we perceive distinct tactile properties that are
based on the underlying dynamics of the interaction. However, little is known about how the …

Polyimide (PI) is widely used in modern industry due to its excellent properties. Its synthesis
methods and property research have significantly progressed. However, the design and …

When gras** objects, we rely on our sense of touch to adjust our grip and react against
external perturbations. Less than 200 ms after an unexpected event, the sensorimotor …

Haptic feedback has been integrated into Virtual and Augmented Reality, complementing
acoustic and visual information and contributing to an all-round immersive experience in …

Among the various classes of fast-adapting (FA) tactile afferents found in hairy and glabrous
skin, FA2 afferents, associated with Pacinian corpuscles (PC), preferentially signal high …

In recent years, various haptic rendering methods have been proposed to help people
obtain interactive experiences with virtual textures through vibration feedback. However, due …

Material perception is essential in planning interactions with the environment. The visual
system relies on diagnostic image features to achieve material perception efficiently …

Haptic feedback is becoming a crucial element for enhancing immersion in various media
applications. To enrich this feedback, high-quality haptic content, an appropriate playback …