Cornell University

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Sensing Human Behavior with Smart Garments

Thursday, October 17, 2019 at 2:30pm to 3:30pm

Warren Hall, 401

Apparel with embedded self-powered sensors can revolutionize human behavior monitoring by leveraging everyday clothing as the sensing substrate. The key is to inconspicuously integrate sensing elements and portable power sources into garments while maintaining the weight, feel, comfort, function and ruggedness of familiar clothes and fabrics. We use reactive vapor coating to transform commonly-available, mass-produced fabrics, threads or premade garments into comfortably-wearable electronic devices by directly coating them with uniform and conformal films of electronically-active conjugated polymers. By carefully choosing the repeat unit structure of the polymer coating, we access a number of fiber- or fabric-based circuit components, including resistors, depletion-mode transistors, diodes, thermistors, and pseudocapacitors. Further, vapor-deposited electronic polymer films are notably wash- and wear-stable and withstand mechanically-demanding textile manufacturing routines, enabling us to use sewing, weaving, knitting or embroidery procedures to create self-powered garment sensors. We will describe our efforts in monitoring heartrate, breathing, joint motion/flexibility, gait and sleep posture using loose-fitting garments.

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Event Type

Seminar

Departments

Human Ecology Fiber Science and Apparel Design, Human Ecology Human Development, Fiber Science & Apparel Design, Human Development

Tags

isscal

Website

https://www.human.cornell.edu/fsad/ab...

Contact E-Mail

ks247@cornell.edu

Contact Name

Karen Steffy

Contact Phone

6072558605

Speaker

Prof. Trisha L. Andrew

Speaker Affiliation

Wearable Electronics Lab, UMass Amherst

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