Internet of touch

Abstract

We demonstrate a method that allows two users to communicate remotely using their sense of touch by dynamically applying vibrotactile feedback to one user's forearm using two different input methods. User input on a standard mobile touch-screen device or a purpose-built touch-sensitive wearable is analyzed in real time, and used to control intensity, location, and motion parameters of the vibrotactile output to synthesize the stroke on a second users arm. Our method demonstrates that different input methods can be used for generating similar vibrotactile sensations.