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MSDFENet: Change Detection in High-Resolution Optical Remote Sensing Images Based on Multi-Scale Differential Feature Enhancement
PENG Daifeng, LI Yaning, ZHOU Dingwei, GUAN Haiyan
Journal of Geo-information Science
, 2025, 27(
9
): 2250-2267. DOI:
10.12082/dqxxkx.2025.250160
APDC
MSFA
LEVIR-CD
CDD
WHU-CD
F
1
IoU
F
1
IoU
F
1
IoU
×
×
88.51
79.38
91.13
83.71
88.90
80.03
√
×
90.16
82.13
94.00
88.69
90.62
82.84
×
√
89.95
81.69
93.24
87.32
90.69
82.95
√
√
90.68
82.96
94.65
89.78
91.64
84.56
Tab. 5
Quantitative results of ablation study (%)
Other figure/table from this article
Fig. 1
Architecture of MSDFENet network
Fig. 2
Structure of APDC module
Fig. 3
Structure of MSFA module
Tab. 1
Comparison of different change detection methods
Tab. 2
Comparison of quantitative metrics for different methods on the LEVIR-CD dataset (%)
Fig. 4
Experimental results of the LEVIR-CD dataset
Tab. 3
Comparison of quantitative metrics for different methods on the CDD dataset (%)
Fig. 5
Experimental results of the CDD dataset
Tab. 4
Comparison of quantitative metrics for different methods on the WHU-CD Dataset (%)
Fig. 6
Experimental results of the WHU-CD dataset
Fig. 7
Visual results of ablation experiment
Fig. 8
Visualization of four-stage feature heatmap in MSDFENet
Tab. 6
Comparison of performance and complexity metrics for different models