Event Entry
What and Who
Design Problems: Trustworthy Smart Devices and 3D Printed Lace
Mary Baker is a senior technologist at HP Inc. in Palo Alto. Her research interests cover a broad range of areas where predicting and solving problems tangibly improves the experience people have with technology. Her research topics include mobile systems and applications, physical affordances for IoT privacy, digital preservation, authentication, and design and workflow for additive manufacturing. Before joining HP in 2003 she was on the faculty of the computer science department at Stanford University where she led the MosquitoNet and Mobile People Architecture projects and graduated 7 Ph.D. students. She received a Sloan Foundation Fellowship, an Okawa Foundation Grant, and an NSF CAREER Award. She is a founding member of the editorial board for IEEE Pervasive Computing, for which she also writes the popular “Notes from the Community” column. She received an A.B. in Mathematics and an M.S. and Ph.D. in Computer Science, all from the University of California at Berkeley.
Date, Time and Location
Abstract
A growing number of domestic spaces incorporate products that collect data from cameras, microphones and other sensors, leading to privacy concerns. In this talk I report on two user studies performed to learn about perceptions of privacy and trust for sensor-enabled, connected devices such as smart home assistants. The study results suggest that users are more likely to trust devices with materially representative privacy status indicators. This means that the indicators themselves are part of what determines what sensing can take place. I will describe how we have applied the study results to the design of current devices and what the implications are for the physical design of future smart devices.
Time permitting, I will also talk about my other current passion -- design for additive manufacturing – and what researchers can do to ensure we reach the vastly exciting potential of this method of production. I will bring exotic 3D printed parts to help demonstrate my points.
Contact
Video Broadcast