Interacting with virtual objects with haptic feedback directly using the user's hand (hand-
based haptic interaction) has attracted increasing attention. Due to the high degrees of …

Mid-air haptic feedback presents exciting new opportunities for useful and delightful
interactive systems. However, with these opportunities come several design challenges that …

Ultrasound mid-air haptic technology provides a large space of design possibilities, as one
can modulate the ultrasound intensity in a continuous 3D space at a high speed over time …

We present MAF, a novel acoustic sensing approach that leverages the commodity
hardware in bone conduction earphones for hand-to-face gesture interactions. Briefly, by …

Ultrasound mid-air haptic (UMH) devices are promising for tactile feedback in virtual reality
(VR), as they do not require users to be tethered to, hold, or wear any device. This approach …

Designing haptics is a difficult task especially when the user attempts to design a sensation
from scratch. In the fields of visual and audio design, designers often use a large library of …

Ultrasound mid-air haptic (UMH) devices can remotely render vibrotactile shapes on the skin
of unequipped users, eg, to draw haptic icons or render virtual object shapes. Spatio …

Mid-air ultrasound technology offers new design opportunities for contactless tactile patterns
(ie, Tactons) in user applications. Yet, few guidelines exist for making ultrasound Tactons …

Ultrasonic mid-air haptics (UMH) has emerged as a promising technology for facial haptic
applications, offering the advantage of contactless and high-resolution feedback. Despite …

Ultrasound mid-air haptic (UMH) devices are a novel tool for haptic feedback, capable of
providing localized vibrotactile stimuli to users at a distance. UMH applications largely rely …