Vibrotactile displays can compensate for the loss of sensory function of people with
permanent or temporary deficiencies in vision, hearing, or balance, and can augment the …

Vibrotactile displays worn on the back can be used as sensory substitution device. Often
vibrotactile stimulation is chosen because vibration motors are easy to incorporate and …

In face-to-face social interactions, blind and visually impaired persons (VIPs) lack access to
nonverbal cues like facial expressions, body posture, and gestures, which may lead to …

PURPOSE Globally, millions of people live with vision impairment, yet effective assistive
devices to increase their independence remain scarce. A promising method is the use of …

This article presents an investigation into the perceptual vibrotactile thresholds for a range of
frequencies on both the inside and outside areas of the wrist when exciting the skin with …

What are the effects of frequency variation of vibrotactile stimuli on localization acuity? The
precise localization of vibrotactile stimuli is crucial for applications that are aimed at …

There is a steadily growing number of mobile communication systems that provide spatially
encoded tactile information to the humans' torso. However, the increased use of such hands …

The characterization of vibrotactile perception is crucial to accurately configure haptic
devices and create appropriate stimuli for improving user performance in human-machine …

While vibrotactile stimulation shows promise for sensory substitution devices, a crucial
question concerns vibrotactile spatial resolution. We examined the optimum distance …

Struck-by accidents are the leading cause of injuries in highway construction work zones.
Despite numerous safety interventions, injury rates remain high. As workers' exposure to …