Sensory-Glove-Based Human Machine Interface for Augmented Reality (AR) Applications

We propose a glove based Human Machine Interface (HMI) designed for Virtual Reality (VR) and Augmented Reality (AR) applications. The proposed sensory glove uses facile designed triboelectric sensors to realize multi-dimensional motion recognition of gestures, and piezoelectric mechanical stimulators are also equipped for achieving the haptic feedback to user regarding the interactive events from virtual world. The developed HMI leverages machine learning technology to achieve real time object recognition, hence, we can manipulate virtual objects in VR/AR space by projecting sensory information from glove.