Place Solution
"Place solution" research focuses on developing and optimizing algorithms that achieve top performance in various computer vision and related challenges. Current efforts concentrate on improving model architectures like transformers and incorporating techniques such as model ensembles, test-time augmentation, and innovative loss functions to address issues like class imbalance, occlusion, and temporal consistency in tasks ranging from video object segmentation and question answering to 3D reconstruction and semantic segmentation. These advancements significantly impact the field by pushing the boundaries of performance in crucial areas like autonomous driving, medical image analysis, and video understanding, leading to more robust and accurate solutions for real-world applications.
Papers
1st Solution Places for CVPR 2023 UG$^2$+ Challenge Track 2.2-Coded Target Restoration through Atmospheric Turbulence
Shengqi Xu, Shuning Cao, Haoyue Liu, Xueyao Xiao, Yi Chang, Luxin Yan
1st Solution Places for CVPR 2023 UG$^{\textbf{2}}$+ Challenge Track 2.1-Text Recognition through Atmospheric Turbulence
Shengqi Xu, Xueyao Xiao, Shuning Cao, Yi Chang, Luxin Yan