Wearable Tactile Display


Wearable Tactile Display

The skin is the body's largest organ, but for electronic communication only a tiny fraction of that sensing capacity is used (the "vibrate" function on your phone is an example). With garment-integrated tactile displays, we have the potential for much more complicated communication through the sense of touch. However, this area is un-charted: how might we send and receive messages or communicate information through the sense of touch? We are exploring many questions related to tactile display, including the use of tactile display to transmit specific kinds of semantic information (such as glucocse levels for Type 1 Diabetics), spatial information (tactile communication of the spatial layout of a room for firefighters navigating through dark and smoke), and non-traditional tactile modalities such as electrotactile display.


Related Publications

Multi-Modal Wearable Ambient Display: An Investigation of Continuous Glucose Monitoring

Tactile Distance Feedback for Firefighters: Design and Preliminary Evaluation of a Sensory Augmentation Glove

Design and Implementation of a Textile-Based Wearable Balance Belt

A Shoulder Pad Insert Vibrotactile Display


Funded by BalanceTek, Inc

Wearable Technology Lab

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