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he418@purdue.edu

About Me

I am a Ph.D. candidate in the School of Electrical and Computer Engineering at Purdue University. Before joining the Convergence Design Lab, I received my B.S. degree in Electrical and Computer Engineering in 2017 from Wuhan University, China. My research is focused on context-aware application designs in Augmented Reality (AR) and Virtual Reality(VR).

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Ubi Edge (CHI 2023)

Ubi Edge is an end-to-end prototyping tool that supports users to utilize geometric edges as customized AR controllers (more).

ARnnotate (UIST 2022)

ARnnotate is an AR-based authoring system empowering end-users to create customized datasets for 3D hand-object pose estimation networks. (more)

GesturAR (Honorable Mention at UIST2021)

GesturAR is an end-to-end authoring tool that supports users to create in-situ freehand AR applications through embodied demonstration and visual programming. (more)

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ScalAR (CHI 2022)

ScalAR is an AR/VR integrated authoring system empowering designers to build AR experiences that could semantically adapt to different deploying environments. (more)

LightPaintAR (CHI 2021 LBW)

LightPaintAR enables users to create complex light painting photos by following augmented reality trails with colorful light sources while taking a long exposure photo (more).

ProcessAR (DIS 2021)

ProcessAR is an authoring platform for procedurally developing 3D and 2D AR instructions. It helps industrial experts to quickly create spatio-temporal task tutorials and speed up skill transfer. (more)

CAPturAR (UIST 2020)

CAPturAR is an authoring platform for creating context-aware applications in daily life. It helps construct smart living environments by leveraging human activity detection and an AR spatial programming interface. (more)

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