Human-to-Human Strokes Recordings for Tactile Apparent Motion

TL;DR

This study explores using recordings of human caresses to enhance tactile apparent motion interfaces, aiming to make them feel more natural by capturing and reproducing real human touch signals.

Contribution

It presents preliminary recordings of human caresses and demonstrates the potential to use these signals to improve tactile motion interfaces.

Findings

Captured signals from human caresses using accelerometers

Signals can be compared to those from apparent motion stimuli

Encourages further development to mimic human touch with vibrotactile actuators

Abstract

The main objective of this study is to investigate whether one can use recordings of human-to-human touch, such as a caress, to improve tactile apparent motion interfaces to make them feel more natural. We report here preliminary recordings of natural and continuous human-to-human caresses. To do this, six accelerometers were positioned on the receiving hand next to the stimulated area while a finger gently stroked the skin. The results suggest that we are able to capture signals from real human caresses that can be compared to signals produced by apparent motion stimuli. This is encouraging for our plan to continue the study in the second stage, which consists of tuning vibrotactile actuators to reproduce a similar pattern of vibrational responses in the accelerometers. In this way, the actuators mimic human behavior.