Thanks for posting our work 😂🤣

congrats to all my excellent colleagues 🥳

congrats and excellent work🥳 ! the code is available as well.

Some good news for the summer: We are very proud that the students of our lab, together with great collaborators, are going to present 7 amazing works at #ECCV2024! See y'all in Milan! 🇮🇹 For more info, visit our website: cvg.cit.tum.de

I'm happy to share our latest work "MaskBit: Embedding-free Image Generation via Bit Tokens" which tackles class-conditional image generation with sota results! ➡️Project page: weber-mark.github.io/projects/maskb… ➡️preprint: arxiv.org/pdf/2409.16211

Interesting project! Please visit our poster tomorrow at #ECCV2024 workshop wild3d.

Come to Brown 3 to check out my poster and chat about historic 3d reconstruction. European Conference on Computer Vision #ECCV2026 #ECCV2024

Come brown 3 #eccv to check our workshop paper☺️ • curvature from depth image • non uniform sampling • voxel interpretation #ECCV2024

Looking forward to present "PoVar" at #ECCV2024 tomorrow at 4:30pm, Poster 097 ! Check out our paper 📝 : arxiv.org/abs/2405.05079 our code 💻 : github.com/tum-vision/pov… and our video 📹: youtube.com/watch?v=PlFrfT…

tomorrow 10:30am. See you guys there. 🥳🥳

🥳Thrilled to share our work, "Implicit Neural Surface Deformation with Explicit Velocity Fields", accepted at #ICLR2025 👏 code is available at: github.com/Sangluisme/Imp… 😊Huge thanks to my amazing co-authors. Special thanks to Riccardo Marin Zehranaz Canfes TUM Computer Vision Group TU München

🥳 Thrilled to announce that our work, "4Deform: Neural Surface Deformation for Robust Shape Interpolation," has been accepted to #CVPR2025 💻 Check our project page for more details: 4deform.github.io 👏 Great thanks to my amazing co-authors. Zehranaz Canfes Riccardo Marin

We are thrilled that our group has twelve papers accepted at #CVPR2025! 🚀 Congratulations to all of our students for this great achievement! 🎉 For more details, check out: cvg.cit.tum.de

🤗I’m excited to share our recent work: TwoSquared: 4D Reconstruction from 2D Image Pairs. 🔥 Our method produces geometry-consistent, texture-consistent, and physically plausible 4D reconstructions 📰 Check our project page sangluisme.github.io/TwoSquared/ ❤️ Zehranaz Canfes Riccardo Marin

Looking forward to presenting our paper "Finsler multi-dimensional scaling" at #CVPR2025 on Sunday 10:30am, Poster 462! We investigate a largely uncharted research direction in computer vision, aka Finsler manifolds...

Excited to be attending CVPR 2025 this week in Nashville! I’ll be presenting our recent work: “4Deform: Neural Surface Deformation for Robust Shape Interpolation” 📍 Poster session: [13th June 4pm-6pm poster #111] #CVPR2025 #computervision

TUM Computer Vision Group goes #ICCV2025 in Hawaii! 🛫🌋 We are very proud of our students who will present five papers (+ 1 workshop) during the conference! In particular, check out Back-on-track, which is an award candidate. (Congrats Weirong Chen!)

🥳 Thrilled to announce that our work "TwoSquared: 4D reconstruction from 2D image pairs" has been accepted (oral) to #3DV2026 🙌 💻 project page for more details:sangluisme.github.io/TwoSquared/ 👏 Great thanks to my amazing co-authors Zehranaz Canfes Riccardo Marin TUM Computer Vision Group