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Baik et al., Multi-fingertip vibrotactile array interface, 2020 IEEE Haptics Symposium 2020

Siyeon Lia Baik
6 subscribers
416 views 5 years ago #haptics #haptics2020
Siyeon Baik, Ilhwan Han, Jung-Min Park, and Jaeyoung Park, Multi-fingertip vibrotactile array interface for 3D virtual interaction, Proceedings of IEEE Haptics Symposium 2020 https://doi.org/10.1109/HAPTICS45997.... Vibrotactile feedback is one of the most favored haptic feedback methods to provide tactile information to users. In spite of its popularity, vibrotactile feedback has been used in a limited range of VR applications. In the present study, we suggest two methodologies incorporating fingertip vibrotactile array interfaces for 3D Virtual Interaction. Our proposed methods use only four and five actuators while they can render continuous motion of contact points as well as the collision depth. We evaluated the feasibility of our fingertip interface systems with an experiment on the human perception of virtual object size. The experimental results indicate that the participants’ ability to perceive the size of a virtual object with our methods is comparable to the one rendered with a force feedback interface. #haptics #haptics2020 https://www.hapticssymposium.org/ ...more
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Baik et al., Multi-fingertip vibrotactile array interface, 2020 IEEE Haptics Symposium 2020
8Likes
416Views
2020May 20
Siyeon Baik, Ilhwan Han, Jung-Min Park, and Jaeyoung Park, Multi-fingertip vibrotactile array interface for 3D virtual interaction, Proceedings of IEEE Haptics Symposium 2020 https://doi.org/10.1109/HAPTICS45997.... Vibrotactile feedback is one of the most favored haptic feedback methods to provide tactile information to users. In spite of its popularity, vibrotactile feedback has been used in a limited range of VR applications. In the present study, we suggest two methodologies incorporating fingertip vibrotactile array interfaces for 3D Virtual Interaction. Our proposed methods use only four and five actuators while they can render continuous motion of contact points as well as the collision depth. We evaluated the feasibility of our fingertip interface systems with an experiment on the human perception of virtual object size. The experimental results indicate that the participants’ ability to perceive the size of a virtual object with our methods is comparable to the one rendered with a force feedback interface. #haptics #haptics2020 https://www.hapticssymposium.org/

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Siyeon Lia Baik

6 subscribers