Textro: A Prototyping Toolkit for Solderless and Chipless Smart Textile Interfaces (Oct 14)

Date: Oct 14, 11:45am – 12:45 pm

Abstract:In this paper, we present Textro, a prototyping toolkit for designing, fabricating, and testing solderless and chipless smart textile interfaces. Unlike prior approaches that rely on batteries, integrated circuits, or soldered connections, Textro enables users to build functional textile interfaces using only readily available materials and tools. The toolkit integrates three parts: (1) a web-based design environment for importing sewing patterns, defining sensing elements, and automatically generating optimized component and circuit designs based on empirical experiments; (2) a fabrication pipeline that generates fabrication files for embroidery and cutting machines, with embroidery optimized for one-stroke continuous stitching paths and components assembled through glue-based attachment methods via capacitive coupling; and (3) a reader device and software for wirelessly retrieving sensor data and visualizing real-time sensor signals. We demonstrate Textro through four application examples and conduct a user study with fashion experts, makers, and novices, highlighting its usability and potential for smart textile prototyping.

Biographical Sketch: I am a second-year PhD student from Department of Computer Science at Florida State University, where I am advised by Dr. Te-yen Wu. My research interest is human-computer interaction, wearable technology and ubiquitous computing.

Location: LOV 307 (In Person Only)