Research Article
Quasiconformal Mapping Kernel Machine Learning-Based Intelligent Hyperspectral Data Classification for Internet Information Retrieval
Table 7
Performance comparisons on two databases.
| Datasets | Indian Pines dataset | Pavia University dataset | Methods | OA (%) | KC (%) | OA (%) | KC (%) |
| RBF | 73.23 | 63.73 | 75.43 | 68.76 | Poly | 75.77 | 66.28 | 78.08 | 72.07 | Mahal-RBF | 76.92 | 67.79 | 76.26 | 69.87 | Mahal-Poly | 77.64 | 68.62 | 79.07 | 73.24 | SK-CV-RBF | 67.03 | 64.23 | 75.71 | 69.14 | SK-Poly | 69.37 | 66.96 | 77.62 | 71.37 | NMF-MKL | 67.48 | 64.81 | 71.57 | 64.42 | KNMF-MKL | 68.22 | 65.63 | 72.80 | 65.81 | Euclidean-MKL1 | 74.23 | 69.63 | 78.69 | 72.11 | Euclidean-MKL2 | 76.07 | 72.84 | 79.24 | 72.92 | Mahalanobis-MKL1 | 75.90 | 73.25 | 79.78 | 73.43 | Mahalanobis-MKL2 | 78.22 | 74.25 | 79.86 | 74.16 | Proposed Mahalanobis-QMKL1 | 76.96 | 74.35 | 80.27 | 74.52 | Proposed Mahalanobis-QMKL2 | 79.28 | 75.85 | 80.96 | 75.34 |
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