Boqian Li
@Boqian_Li_
Research Intern @ UTAustin | Previous Undergrad @ HUST | Love 3D Vision Looking for Fall 2026 PhD opportunities! :)
💃#ETCH: Generalizing Body Fitting to Clothed Humans via Equivariant Tightness🕺 😎ACCURATE body fitting for 3D clothed humans, even under LOOSE garments, CHALLENGING poses, and EXTREME dynamics! 🔗 Page: boqian-li.github.io/ETCH/ More Info: ⬇️
ETCH got #ICCV2025 Highlight Code: github.com/boqian-li/ETCH…
💃#ETCH: Generalizing Body Fitting to Clothed Humans via Equivariant Tightness🕺 😎ACCURATE body fitting for 3D clothed humans, even under LOOSE garments, CHALLENGING poses, and EXTREME dynamics! 🔗 Page: boqian-li.github.io/ETCH/ More Info: ⬇️
ETCH has been accepted to #ICCV2025 with 456→556 scores. See you all in Hawaii 🌴🥥
💃#ETCH: Generalizing Body Fitting to Clothed Humans via Equivariant Tightness🕺 😎ACCURATE body fitting for 3D clothed humans, even under LOOSE garments, CHALLENGING poses, and EXTREME dynamics! 🔗 Page: boqian-li.github.io/ETCH/ More Info: ⬇️
🚀 Introducing SOAP: Style-Omniscient Animatable Portraits - a style-agnostic method for one-view, animation-ready 3D portrait reconstruction. 📄 Project: tingtingliao.github.io/soap/ 💻 Code: github.com/TingtingLiao/s… 🎥 Video: youtu.be/mLlMfODZnTw #AI3D #CG #Avatar
Now featuring: a full upper-body biomechanical model that learned to reach (SCONE + Hyfydy)
🚀 Introducing InterDyn — our newly accepted CVPR work that explores controllable synthesis of interactive dynamics! Building upon powerful video diffusion models, InterDyn infers future motion and interactions directly from an input image and a dynamic control signal (e.g., a…
we thought that the robot would fold the socks for us, but it turns out that's pretty hard for robots to do, so instead we have robots that will beat you up until you fold the socks.
📰 News: The official repo of GarmentDreamer has been released! 🥳🥳 👉 Let's give it a try: github.com/boqian-li/Garm…
Want to generate wearable 3D garment👗meshes with detailed texture from simple text prompts🧐? ✨ Introducing GarmentDreamer! ✨ A template-deformation-based 3D garment synthesis method novelly using 3DGS as a reference. 🧵 Now accepted to #3DV2025! 🎉🎉🎉 More info ⬇️