Memory-Efficient Incremental Learning Through Feature Adaptation. - Ahmet Iscen; Jeffrey Zhang 004; Svetlana Lazebnik; Cordelia Schmid (ECCV (16), 2020)

Toward Accurate and Realistic Outfits Visualization With Attention to Details. - Kedan Li; Min Jin Chong; Jeffrey Zhang 004; Jingen Liu (CVPR, 2021)

ILLIXR: Enabling End-to-End Extended Reality Research. - Muhammad Huzaifa; Rishi Desai; Samuel Grayson; Xutao Jiang; Ying Jing; Jae Lee; Fang Lu; Yihan Pang; Joseph Ravichandran; Finn Sinclair; Boyuan Tian; Hengzhi Yuan; et al. (IISWC, 2021)

Wearing the Same Outfit in Different Ways - A Controllable Virtual Try-on Method. - Kedan Li; Jeffrey Zhang 004; Shao-Yu Chang; David A. Forsyth (CoRR, 2022)

ILLIXR: An Open Testbed to Enable Extended Reality Systems Research. - Muhammad Huzaifa; Rishi Desai; Samuel Grayson; Xutao Jiang; Ying Jing; Jae Lee; Fang Lu; Yihan Pang; Joseph Ravichandran; Finn Sinclair; Boyuan Tian; Hengzhi Yuan; et al. (IEEE Micro, 2022)

Offloading Visual-Inertial Odometry for Low Power Extended Reality. - Qinjun Jiang; Muhammad Huzaifa; William Sentosa; Jeffrey Zhang 004; Steven Gao; Yihan Pang; Brighten Godfrey; Sarita V. Adve (VR Workshops, 2023)

POVNet: Image-Based Virtual Try-On Through Accurate Warping and Residual. - Kedan Li; Jeffrey Zhang 004; David A. Forsyth (IEEE Trans. Pattern Anal. Mach. Intell., 2023)

Preserving Image Properties Through Initializations in Diffusion Models. - Jeffrey Zhang 004; Shao-Yu Chang; Kedan Li; David A. Forsyth (WACV, 2024)

Controlling Virtual Try-on Pipeline Through Rendering Policies. - Kedan Li; Jeffrey Zhang 004; Shao-Yu Chang; David A. Forsyth (WACV, 2024)

ACDG-VTON: Accurate and Contained Diffusion Generation for Virtual Try-On. - Jeffrey Zhang 004; Kedan Li; Shao-Yu Chang; David A. Forsyth (CoRR, 2024)

RemoteVIO: Offloading Head Tracking in an End-to-End XR System. - Qinjun Jiang; Yihan Pang; William Sentosa; Steven Gao; Muhammad Huzaifa; Jeffrey Zhang 004; Javier Perez-Ramirez; Dibakar Das; David Gonzalez-Aguirre; Brighten Godfrey; Sarita V. Adve (MMSys, 2025)