(2021). ScreenJump: An AR-facilitated User-centric Interaction System for Fine-grained Resource Manipulation Across Displays. In Workshop on User Experience for Multi-Device’:’ Ecosystems Challenges and Opportunities.
AR-facilitated cross-display resource manipulation..


(2020). New Opportunities for Sustainable Interaction Using Backscatter Sensors. In Self-SustainableCHI’20 Workshop.
Design considerations of sustainable interaction interfaces with backscatter sensing techniques..

Project Slides

(2020). ThermalRing: Gesture and Tag Inputs Enabled by a Thermal Imaging Smart Ring. In CHI’20.
ThermalRing uses low-resolution thermal camera for private, robust, and efficient gesture sensing and tag recognition.

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(2020). MoveVR:Enabling Multiform Force Feedback in Virtual Reality using Household Cleaning Robot. In CHI’20.
MoveVR generates multiform force feedback for an immersive VR interaction experience by leveraging a household cleaning robot.


(2019). Facilitating Temporal Synchronous Target Selection through User Behavior Modeling. IMWUT.
This paper improves the target selection performance by optimizing blinking pattern sets with Bayesian-based human modeling.

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(2019). FlexTouch: Enabling Large-Scale Interaction Sensing Beyond Touchscreens Using Flexible and Conductive Materials. IMWUT.
FlexTouch attach conductive strips to touchscreen edges for long-range touch sensing up to 4m and object presence detection up to 2m.

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(2018). Tap-to-Pair: Associating Wireless Devices with Synchronous Tapping. IMWUT.
Tap-to-Pair pairs two wireless devices spontaneously through tapping without modifications on either device.

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(2017). TouchPower: Interaction-based Power Transfer for Power-as-needed Devices. IMWUT. (Discussion Paper)
TouchPower transfers on-body power to off-body devices during interaction to reduce power maintenance demands.

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(2017). BitID: Easily Add Battery-free Wireless Sensors to Everyday Objects. In SMARTCOMP’17. (Best Paper Runner-up)
BitID adds sensing ability to everyday objects in an easy-to-deploy, low-cost, and maintenance-free manner.

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(2013). Three-dimensional Gradient-index Materials and Their Applications in Microwave Lens Antennas. IEEE Transactions on Antennas and Propagation.
This paper uses drilled-hold dielectric structures as 3D inhomogeneous and nearly isotropic gradient-index materials.