Research Article
A Two-Stream Deep Fusion Framework for High-Resolution Aerial Scene Classification
Table 2
Comparison with the state-of-the-art methods on the UC-Merced dataset.
| | Methods | Training ratios | | 50% | 80% |
| | SCK [31] | - | 72.52 | | SPCK [32] | - | 73.14 | | BoVW [33] | - | 76.81 | | BoVW + SCK [31] | - | 77.71 | | BRSP [34] | - | 77.80 | | SIFT + SC [35] | - | 81.67 1.23 | | SSEA [36] | - | 82.72 1.18 | | MCMI [37] | - | 88.20 | | OverFeat [38] | - | 90.91 1.19 | | VLAD [39] | - | 92.50 | | VLAT [39] | - | 94.30 | | MS-CLBP + FV [40] | 88.76 0.79 | 93.00 1.20 | | CaffeNet [41] | 93.98 0.67 | 95.02 0.81 | | GoogLeNet [41] | 92.70 0.60 | 94.31 0.89 | | VGG-VD-16 [41] | 94.14 0.69 | 95.21 1.20 | | CNN-ELM [27] | - | 95.62 | | salM3LBP-CLM [42] | 94.21 0.75 | 95.75 0.80 | | TEX-Net-LF [43] | 95.89 0.37 | 96.62 0.49 | | Fusion by addition [44] | - | 97.42 1.79 | | Ours | 96.97 0.75 | 98.02 1.03 |
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