PIV

Author:

Miri Pardis1,Flory Robert2,Uusberg Andero3,Culbertson Heather4,Harvey Richard H.5,Kelman Agata6,Peper Davis Erik5,Gross James J.1,Isbister Katherine7,Marzullo Keith8

Affiliation:

1. Stanford University

2. Intel Labs

3. University of Tartu

4. University of Southern California

5. San Fransisco State University

6. University of California

7. University of California Santa Cruz

8. University of Maryland

Abstract

We describe the design and evaluation of PIV, a personalizable and inconspicuous vibrotactile breathing pacer. Given the prevalence and adverse impact of anxiety and anxiety disorders, our goal is to develop a technology that helps people regulate their anxiety through paced breathing. We examined two previously unstudied questions: What is an effective vibrotactile pattern for paced breathing, and where should the tactors be placed on the body to make the pacer most effective? We designed a series of personalized vibrotactile pacing patterns, and evaluated them on three body sites, in terms of self-reported and psychophysiological measures including skin conductance and breath wave parameters. The results show that personalization plays an important role in PIV’s pattern and placement design choices. We concluded that the choice of frequency based, strong-exhale-phased patterns and abdomen placement are appropriate for future studies.

Funder

NSF

Publisher

Association for Computing Machinery (ACM)

Subject

Human-Computer Interaction

Reference73 articles.

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