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CROSS BRANCH FEATURE FUSION DECODER FOR CONSISTENCY REGULARIZATION-BASED SEMI-SUPERVISED CHANGE DETECTION

DOI:
10.60864/cyf0-3t74
Citation Author(s):
Yan Xing, Qi'ao Xu, JingCheng Zeng, Rui Huang, Sihua Gao, Weifeng Xu, YuXiang Zhang, Wei Fan
Submitted by:
Qi'ao Xu
Last updated:
6 June 2024 - 10:32am
Document Type:
Poster
Document Year:
2024
Event:
Paper Code:
SPTM-P4.1
 

Semi-supervised change detection (SSCD) utilizes partially labeled data and a large amount of unlabeled data to detect changes. However, the transformer-based SSCD network does not perform as well as the convolution-based SSCD network due to the lack of labeled data. To overcome this limitation, we introduce a new decoder called Cross Branch Feature Fusion (CBFF), which combines the strengths of both local convolutional branch and global transformer branch. The convolutional branch is easy to learn and can produce high-quality features with a small amount of labeled data. The transformer branch, on the other hand, can extract global context features but is hard to learn without a lot of labeled data. Using CBFF, we build our SSCD model based on a strong-to-weak consistency strategy. Through comprehensive experiments on WHU-CD and LEVIR-CD datasets, we have demonstrated the superiority of our method over seven state-of-the-art SSCD methods.

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