Search Results for author: Jingwen Su

Found 6 papers, 2 papers with code

Zero-shot High-fidelity and Pose-controllable Character Animation

no code implementations21 Apr 2024 Bingwen Zhu, Fanyi Wang, Tianyi Lu, Peng Liu, Jingwen Su, Jinxiu Liu, Yanhao Zhang, Zuxuan Wu, Guo-Jun Qi, Yu-Gang Jiang

Image-to-video (I2V) generation aims to create a video sequence from a single image, which requires high temporal coherence and visual fidelity.

LoopAnimate: Loopable Salient Object Animation

no code implementations14 Apr 2024 Fanyi Wang, Peng Liu, Haotian Hu, Dan Meng, Jingwen Su, Jinjin Xu, Yanhao Zhang, Xiaoming Ren, Zhiwang Zhang

The proposed LoopAnimate, which for the first time extends the single-pass generation length of UNet-based video generation models to 35 frames while maintaining high-quality video generation.

Object Video Generation

Lightweight high-resolution Subject Matting in the Real World

no code implementations12 Dec 2023 Peng Liu, Fanyi Wang, Jingwen Su, Yanhao Zhang, GuoJun Qi

To alleviate these issues, we propose to construct a saliency object matting dataset HRSOM and a lightweight network PSUNet.

Image Matting object-detection +1

BARET : Balanced Attention based Real image Editing driven by Target-text Inversion

no code implementations9 Dec 2023 Yuming Qiao, Fanyi Wang, Jingwen Su, Yanhao Zhang, Yunjie Yu, Siyu Wu, Guo-Jun Qi

Image editing approaches with diffusion models have been rapidly developed, yet their applicability are subject to requirements such as specific editing types (e. g., foreground or background object editing, style transfer), multiple conditions (e. g., mask, sketch, caption), and time consuming fine-tuning of diffusion models.

Image Reconstruction Style Transfer

GAM : Gradient Attention Module of Optimization for Point Clouds Analysis

1 code implementation19 Mar 2023 Haotian Hu, Fanyi Wang, Jingwen Su, Hongtao Zhou, Yaonong Wang, Laifeng Hu, Yanhao Zhang, Zhiwang Zhang

In point cloud analysis tasks, the existing local feature aggregation descriptors (LFAD) are unable to fully utilize information in the neighborhood of central points.

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