Special Session 10

Special Session 10: DIT-Driven Visual Enhancement: Restoration, Super-Resolution & Beyond

Description: This special session focuses on recent advances in image restoration, enhancement, and super-resolution leveraging Diffusion-based Image Transformers (DIT). DIT models have shown remarkable potential in generating high-fidelity visual outputs by effectively combining diffusion probabilistic models with transformer architectures. The session aims to bring together researchers working on DIT-based methods for low-level vision tasks, such as denoising, deblurring, inpainting, resolution upscaling, and perceptual quality improvement. We will explore how DIT frameworks can be adapted, optimized, and extended to address real-world degradation scenarios while maintaining computational efficiency and generalization across diverse datasets.

Session organizer
Assoc. Prof. Tingting Yang, University of Sanya, China


The topics of interest include, but are not limited to:
• Diffusion models for image restoration
• Transformer-based architectures in low-level vision
• Image super-resolution and quality enhancement
• Degradation-aware generative modeling
• Efficient inference and lightweight DIT design
• Multi-modal conditioning for image reconstruction
• Evaluation metrics and benchmarks for DIT-enhanced images

Submission method
Submit your Full Paper (no less than 8 pages) or your paper abstract-without publication (200-400 words) via Online Submission System, then choose Special Session 10 (DIT-Driven Visual Enhancement: Restoration, Super-Resolution & Beyond)
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Introduction of session organizers

 

 

Assoc. Prof. Tingting Yang
University of Sanya, China

Tingting Yang, a high-level talent in Hainan Province and a member of the National New Engineering Virtual Reality Education Committee, is a visiting scholar at Beijing Normal University. Her research focuses on the application of 3D vision and virtual reality technology. She has led two grants from the Hainan Natural Science Foundation and two projects from the Sanya Science and Technology Bureau. Additionally, she has been involved in six grants from the Hainan Natural Science Foundation, three educational reform projects, and three research projects from the Hainan Education Bureau. Yan Tingting has published more than 30 academic papers in journals and international conferences, including 3 in the SCI index, over ten EI-indexed articles, and one in a core Chinese journal. She has also authored or co-authored four textbooks and holds two software copyrights, three utility patents, and one invention patent.