Projects

Supporting older adults's over-the-counter medication decision making

Facilitating older adults to collect In-Situ activity labels on a smartwatch with speech

Investigating how older adults perceive and provide high-quality activity labels for training personalized activity recognition systems

Exploring what activities older adults find meaningful and worthy of tracking, challenging the deficit-focused approach that dominates current activity tracking technology design

Investigating the use of finger-worn accelerometers to capture both gross arm and fine hand movements for the assessment of real-world upper-limb use

Supporting stroke survivors' rehab goal setting through multimodal data capture

Promoting rich data capture and reflective food journaling through speech input

Shaping consistent exercise experience by complementing a mobile app with a smart speaker

Facilitating older adults to collect In-Situ activity labels on a smartwatch with speech

Comparating animation and small multiples for trend visualization on mobile phones

Comparing approaches to visualizing ranges over time on small displays

Providing an overview of how to e­ffectively visualize, analyze, and communicate data on mobile devices

Providing an overview of how to e­ffectively visualize, analyze, and communicate data on mobile devices

Providing an overview of how to e­ffectively visualize, analyze, and communicate data on mobile devices

Understing how people reflect on personal data through visual data exploration

Examining what insights people gain from their data and how they use visualizations to communicate the insight to inform how to support identifying and communicating these personal insights

Enabling people to personalize their self-tracking regimen is a promising way to address diverse tracking needs while at the same time enhancing a user’s sense of identity and engagement with the tracking tool

Identifying design opportunities for food tracker customization

Facilitating older adults to collect In-Situ activity labels on a smartwatch with speech

Enableing researchers to rapidly translate their study design into a study app, deploy the app remotely, and monitor the data collection, all without requiring any coding

Facilitating older adults to collect In-Situ activity labels on a smartwatch with speech

Understanding how knowledge workers define, evaluate, and reflect on their productivity

Understanding information workers’ sedentary behavior through a break prompting system

Leveraging framing effects to enhance personal productivity