Ubitile: A Finger-Worn I/O Device for Tabletop Vibrotactile Pattern Authoring

Ubitile: A Finger-Worn I/O Device for Tabletop Vibrotactile Pattern Authoring

Authors

Khanh-Duy Le, Kening Zhu, Tomasz Kosinski, Morten Fjeld, Maryam Aj, Shengdong Zhao

Paper

Abstract

While most mobile platforms offer motion sensing as input for creating tactile feedback, it is still hard to design such feedback patterns while the screen becomes larger, e.g. tabletop surfaces. This demonstration presents Ubitile, a finger-worn concept offering both motion sensing and vibration feedback for authoring of vibrotactile feedback on tabletops. We suggest the mid-air motion input space made accessible using Ubitile outperforms current GUI-based visual input techniques for designing tactile feedback. Additionally, Ubitile offers a hands-free input space for the tactile output. Ubitile integrates both input and output spaces within a single wearable interface, jointly affording spatial authoring/editing and active tactile feedback on- and above- tabletops.

Author Keywords

Vibrotactile pattern authoring; ring-like device; surface
computing.

ACM Classification Keywords

H.5.m. Information interfaces and presentation (e.g.,
HCI): Miscellaneous.

Shen

Shen is an HCI professor at the National University of Singapore working on realizing his vision of HeadsUp Computing, a new Interaction paradigm that can transform the way we live and interact with computers. In his free time, Shen loves to read, run, spend time with family and friends, and explore nature.

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