Augmented reality (AR) applications have gained much research and industry attention.
Moreover, the mobile counterpart—mobile augmented reality (MAR) is one of the most …

Wearable Augmented Reality (AR) has attracted considerable attention in recent years, as
evidenced by the growing number of research publications and industry investments. With …

We present a technique to render tactile feedback to the palmar side of the hand while
keeping it unobstructed and, thus, preserving manual dexterity during interactions with …

Virtual and augmented reality headsets are making significant progress in audio-visual
immersion and consumer adoption. However, their haptic immersion remains low, due in …

For grasping, tactile stimuli to multiple fingertips are crucial for realistic shape rendering and
precise manipulation. Pinching is particularly important in virtual reality since it is frequently …

Feeling haptics with our fingerpads is how we achieve manual tasks (eg, operate a needle
or press buttons). Following this, research started adding actuators atop the users' …

Spatiotemporal modulation (STM) is used to render tactile patterns with ultrasound arrays.
Previous research only explored the effects of single-point STM parameters, such as …

The tongue is a remarkable human organ with a high concentration of taste receptors and
an exceptional ability to sense touch. This work uses electro-tactile stimulation to explore the …

We introduce Haplets, a wearable, low-encumbrance, finger-worn, wireless haptic device
that provides vibrotactile feedback for hand tracking applications in virtual and augmented …

The key assumption attributed to on-body touch input is that the skin being touched provides
natural tactile feedback. In this paper, we for the first time systematically explore augmenting …