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LevioPole: Mid-air Haptic Interactions using Multirotor

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Title: LevioPole: Mid-air Haptic Interactions using Multirotor

Teams: The University of Tokyo;National Cheng Kung University

Writers: Tomoya Sasaki;Richard Sahala Hartanto;Kaohua Liu;Keitarou Tsuchiya;Atsushi Hiyama;Masahiko Inami

Publication date: August 2018

Abstract

We present LevioPole, a rod-like device that provides mid-air haptic feedback for full-body interaction in virtual reality, augmented reality, or other daily activities. The device is constructed from two rotor units, which are designed using propellers, motors, speed controllers, batteries, and sensors, allowing portability and ease of use. Having each group of rotor units on both ends of the pole, these rotors generate both rotational and linear forces that can be driven according to the target application. In this paper, we introduce example applications in both VR and physical environment; embodied gaming with haptic feedback and walking navigation in a specific direction.

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