Ubiquitous Systems | Paul G. Allen School of Computer Science & Engineering

Faculty

Anind Dey

anind

uw.edu

Adjunct, iSchool

Artificial Intelligence, Human-Computer Interaction & Accessible Technology, Machine Learning, Ubiquitous Computing

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James Fogarty

CSE 632

jfogarty

cs.washington.edu

Human-Computer Interaction & Accessible Technology, Ubiquitous Computing

Human computer interaction, ubiquitous computing

Jon Froehlich

CSE 642

jonf

cs.washington.edu

Fabrication, Human-Computer Interaction & Accessible Technology, Wireless & Sensor Systems, Ubiquitous Computing

Human-computer interaction, ubiquitous computing, sensing, accessibility

Shyam Gollakota

CSE 568

gshyam

cs.washington.edu

Fabrication, Robotics, Wireless & Sensor Systems, Computer Systems & Networking

Computational health, networks, bio-robotics, wireless, mobile and ubiquitous computing, sensing, security and privacy

Jennifer Mankoff

CSE2 211

jmankoff

cs.washington.edu

Fabrication, Human-Computer Interaction & Accessible Technology, Ubiquitous Computing

Human-computer interaction, accessibility, 3D printing of custom assistive technologies

Shwetak Patel

CSE 540

shwetak

cs.washington.edu

Fabrication, Human-Computer Interaction & Accessible Technology, Wireless & Sensor Systems, Ubiquitous Computing

Ubiquitous computing, sensing, human-computer interaction, embedded systems

Matt Reynolds

M226 EEB

matt.reynolds

ece.uw.edu

Adjunct, Electrical & Computer Engineering

Ubiquitous Computing, Wireless & Sensor Systems

Ultra-low power sensing and computation, RFID, wireless power transfer, biomedical applications, and smart materials and surfaces

Joshua R. Smith

CSE 582

jrs

cs.washington.edu

Robotics, Wireless & Sensor Systems, Ubiquitous Computing

Sensor systems; wireless power; sensing for robotics; ubiquitous computing; personal robotics

Affiliate Faculty

Mark Abel

markabel

uw.edu

Intel Labs

Ubiquitous Computing

Ubiquitous Computing, Computer Supported Cooperative Work

Postdocs

Nick Bolten

bolten

cs.washington.edu

Data Science, Data Management & Visualization, Human-Computer Interaction & Accessible Technology, Machine Learning, Ubiquitous Computing

Nick is a postdoctoral researcher with the Taskar Center for Accessible Technology doing work in mapping and analyzing individual-level pedestrian accessibility of public spaces with graph theoretic interpretations of equity. His doctoral work involved the development of the OpenSidewalks and AccessMap projects that, respectively, define and collect open pedestrian transportation network data for a wide set of use cases and interpret that data into a user-friendly and individually-customizable web map.