Characteristic observation study through support of DHH’s haptic design activities

Abstract

tive activities. Among these technological advances, haptic devices, which are designed to compensate for the absence of hearing by amplifying alternative senses such as touch, are becoming the preferred tool for assisting people with hearing loss in a variety of activities. However, existing haptic device-based assistive devices have been criticized for being inappropriate for some people with hearing loss because they are designed to convey sound-based cues from an auditory perspective. In this study, we provided DHH with their experience as creators