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#ICCV2023 I will give an oral presentation of our video editing project FateZero this Friday 9am-10:30 am in Room Paris Nord.
My poster is at Nord 158. Welcome to chat with me! I am also looking for new positions (researcher, pos-doc) in AIGC.
homepage: fate-zero-edit.github.io/
FateZero: Fusing Attentions for Zero-shot Text-based Video Editing
abs: arxiv.org/abs/2303.09535
project page: fate-zero-edit.github.io/
github: github.com/ChenyangQiQi/Fate…
Proud to have been part of this one end to end — product proposal, model development, and final delivery!
Fun ride getting here with the team, and excited for what's next!
Gemini Omni 1.1 Flash is our newest multimodal model for video generation and editing. It delivers a new suite of creative capabilities and controls for developers 🎥
With this update you can:
🎬 Extend your scenes
🎯 Specify starting and ending frames of a shot
➕ Add video input references
✨ Upscale your favorite takes up to 4K
⚡ Test ideas quickly in 360p
See these in action 🧵
chenyangqi retweeted
4K upscaling has never looked better. On behalf of my team, we're proud to have played a part in this.
Gemini Omni 1.1 Flash is our newest multimodal model for video generation and editing. It delivers a new suite of creative capabilities and controls for developers 🎥
With this update you can:
🎬 Extend your scenes
🎯 Specify starting and ending frames of a shot
➕ Add video input references
✨ Upscale your favorite takes up to 4K
⚡ Test ideas quickly in 360p
See these in action 🧵
I still remember the day when Taesung discussed this idea with me in 2023. Congrats to Taesung and Reve for this incredible layout bet!
Learn more about the layout bet that powered our research breakthroughs.
blog.reve.com/posts/the-layo…
Congratulations to the team and Google!
I am honored to contribute to the great Omni project.
chenyangqi retweeted
Nice blog post by my colleague Alex King, where you can learn more about our team’s latest Pixel camera feature Pro Res Zoom - including some great examples of high magnification shots taken with this feature.
- Link in reply
Happy to share that our team at Tencent open-sources a 13B parameter video generation model
Web Page: aivideo.hunyuan.tencent.com/
GitHub: github.com/Tencent/HunyuanVi…
Want to enhance your degraded image using natural language?🤔️
Check out our #ECCV2024 paper SPIRE, a Semantic and
restoration Prompt-driven Image Restoration framework that leverages natural language as an interface to control the image restoration process; Demos👇:
1/6🧵
For unseen degradations such as haze or rain, our pretrained model can still handle them properly, as shown in the figure below. This is because that our pretrained prior and training data contains those concepts (e.g., "A clear sky").
5/6🧵
This is the first framework to support both semantic and parameter-embedded restoration instructions simultaneously.
For more details, please check:
𝐏𝐫𝐨𝐣:
chenyangqiqi.github.io/tip/
Paper:
arxiv.org/pdf/2312.11595
Amazing collaborators @_vztu, @hossTale, @docmilanfar, et al.
chenyangqi retweeted
Google announces TIP: Text-Driven Image Processing with Semantic and Restoration Instructions
paper page: huggingface.co/papers/2312.1…
Text-driven diffusion models have become increasingly popular for various image editing tasks, including inpainting, stylization, and object replacement. However, it still remains an open research problem to adopt this language-vision paradigm for more fine-level image processing tasks, such as denoising, super-resolution, deblurring, and compression artifact removal. In this paper, we develop TIP, a Text-driven Image Processing framework that leverages natural language as a user-friendly interface to control the image restoration process. We consider the capacity of text information in two dimensions. First, we use content-related prompts to enhance the semantic alignment, effectively alleviating identity ambiguity in the restoration outcomes. Second, our approach is the first framework that supports fine-level instruction through language-based quantitative specification of the restoration strength, without the need for explicit task-specific design. In addition, we introduce a novel fusion mechanism that augments the existing ControlNet architecture by learning to rescale the generative prior, thereby achieving better restoration fidelity. Our extensive experiments demonstrate the superior restoration performance of TIP compared to the state of the arts, alongside offering the flexibility of text-based control over the restoration effects.












