AcoustoBots are mobile robots that use ultrasonic phased arrays to levitate particles at heights encoding spatial data, coordinated via MARL for collision-aware navigation.
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4 Pith papers cite this work, alongside 252 external citations. Polarity classification is still indexing.
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LandSAR integrates real-time landslide simulations, visualizations, and 3D-printed tangible terrain models to improve situational awareness and engagement for analysts.
Interviews with practitioners and educators yield a systematic account of annotation design considerations, trade-offs, and contextual judgments in visualization practice.
A 9-week mixed-methods study with 12 families found home displays significantly increased mood and goal tracking frequency over smartwatches alone, with multi-device setups accommodating diverse family routines and preferences.
citing papers explorer
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Embodied Human-Robot Interaction via Acoustics: A MARL Approach with AcoustoBots for Spatial Data Physicalization
AcoustoBots are mobile robots that use ultrasonic phased arrays to levitate particles at heights encoding spatial data, coordinated via MARL for collision-aware navigation.
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LandSAR: Visceralizing Landslide Data for Enhanced Situational Awareness in Immersive Analytics
LandSAR integrates real-time landslide simulations, visualizations, and 3D-printed tangible terrain models to improve situational awareness and engagement for analysts.
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Designing Annotations in Visualization: Considerations from Visualization Practitioners and Educators
Interviews with practitioners and educators yield a systematic account of annotation design considerations, trade-offs, and contextual judgments in visualization practice.
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Evaluating Glanceable Multi-Device Family Health Tracking with Smartwatches and Home Displays
A 9-week mixed-methods study with 12 families found home displays significantly increased mood and goal tracking frequency over smartwatches alone, with multi-device setups accommodating diverse family routines and preferences.