Multimedia Intelligent Processing Group in Communication University of China

university

https://github.com/CUC-MIPG/Edit-Transfer

AI & ML interests

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Recent Activity

kotion authored a paper 1 day ago

FlowAnchor: Stabilizing the Editing Signal for Inversion-Free Video Editing

Orannue submitted a paper 1 day ago

FlowAnchor: Stabilizing the Editing Signal for Inversion-Free Video Editing

kotion updated a dataset 3 months ago

CUC-MIPG/IC-Effect

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Papers

FlowAnchor: Stabilizing the Editing Signal for Inversion-Free Video Editing

IC-Effect: Precise and Efficient Video Effects Editing via In-Context Learning

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CUC-MIPG 's Papers 9

Submitted by

Lan Chen

FlowAnchor: Stabilizing the Editing Signal for Inversion-Free Video Editing

CUC-MIPG

Multimedia Intelligent Processing Group in Communication University of China

Submitted by

Qi Mao

IC-Effect: Precise and Efficient Video Effects Editing via In-Context Learning

CUC-MIPG

Multimedia Intelligent Processing Group in Communication University of China

Submitted by

Qi Mao

Generative Neural Video Compression via Video Diffusion Prior

CUC-MIPG

Multimedia Intelligent Processing Group in Communication University of China

3

Submitted by

Qi Mao

UniMIC: Token-Based Multimodal Interactive Coding for Human-AI Collaboration

CUC-MIPG

Multimedia Intelligent Processing Group in Communication University of China

3

Submitted by

Lan Chen

UniVid: Unifying Vision Tasks with Pre-trained Video Generation Models

CUC-MIPG

Multimedia Intelligent Processing Group in Communication University of China

Submitted by

Lan Chen

Tuning-Free Image Editing with Fidelity and Editability via Unified Latent Diffusion Model

CUC-MIPG

Multimedia Intelligent Processing Group in Communication University of China

Submitted by

Lan Chen

Edit Transfer: Learning Image Editing via Vision In-Context Relations

CUC-MIPG

Multimedia Intelligent Processing Group in Communication University of China

Submitted by

AK

MAG-Edit: Localized Image Editing in Complex Scenarios via Mask-Based Attention-Adjusted Guidance

CUC-MIPG

Multimedia Intelligent Processing Group in Communication University of China

Extreme Image Compression using Fine-tuned VQGANs

CUC-MIPG

Multimedia Intelligent Processing Group in Communication University of China