Our paper LaRender received full marks at ICCV 2025 and was selected as oral! This paper enables control of occlusion relationships among objects and visual effects in a training-free manner for diffusion-based image generation. Project page: https://t.co/XzjMZuJ4a4
🔥Revolutionize Video Generation with Test-Time Scaling!🔥
Big thanks to @_akhaliq for sharing our work! Video-T1's code is now fully open-sourced!🎉Contributions and feedback are welcome!���
Code: https://t.co/otJC0Z8ACF
Project page: https://t.co/otJC0Z8ACF
I am always excited to do some interesting researches. Our paper "Programmable Motion Generation", accepted at CVPR 2024 (highlight), is released now. I will be in front of the poster. Welcome to drop by.
Paper: https://t.co/Iu0x1E46yi
Project page: https://t.co/Tw22TuQuRf
Unsupervised Object-Level Representation Learning from Scene Images
pdf: https://t.co/jYccf0MAvu
project page: https://t.co/U1pZ5NtIbe
improves the performance of SSL on scene images,
even surpassing supervised ImageNet pre-training on several downstream tasks
I will answer any questions about OpenSelfSup in CVPR online session in 12:00am ~ 2:00am PDT (poster 2.2 second showing), welcome! https://t.co/3Ou5N6xjjB
We are releasing, #OpenSelfSup, an open-source library for self-supervised learning:
https://t.co/7d0crGEpyM
- *All methods in one repository*, supporting PIRL, MoCo, SimCLR, etc.
- *All benchmarks in one repository*.
- *Efficiency*, supporting multi-GPU distributed training.
Very cool approach by @xiaohangzhan et al. performing "Self-Supervised Scene De-Occlusion". Principled formulation and neat solution on how to create de-occlusion training data from instance segmentation labels.
#hendrikspapers#CVPR2020#CVPR
Our #CVPR2020 **oral** paper "Self-Supervised Scene De-occlusion":
Paper: https://t.co/GEwMiRRWm4
Code: https://t.co/M78ezgRl5q
Demo: https://t.co/Nzhk0u5n5e
- A self-supervised framework that can recover occluded objects & their spatial orders from a single RGB image.