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Hyperspectral Image Classification of Convolutional Neural Network Combined with Valuable Samples

1 Jun 2020Journal of Physics: Conference Series 2020 6archive 2025-07-28

Lixin Hu, Xiaobo Luo, Yufan Wei

Aiming at the problem that the manual labeling of samples in the hyperspectral image classification is expensive and laborious, a large number of unlabeled samples are not effectively utilized and the classification results are not ideal. A method which can provide valuable samples and employ convolutional neural network to extract spectral spatial features for classification is proposed. Active learning method is used to construct a valuable training sample set by iteratively selecting the most uncertain samples through support vector machine which performs well in small sample classification, and labeling them. Then the 3D convolutional neural network is used to extract the spectral spatial features of hyperspectral image. The experimental results of the hyperspectral classification on Indian Pines and PaviaU datasets show that the proposed method (3D VS-CNN) is better than traditional classification methods.

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Tasks

Active LearningClassificationFew-Shot Image ClassificationHyperspectral Image ClassificationImage Classificationimage-classification

Results from the paper archive 2025-07-28

TaskDatasetModelMetricValueRank at snapshotLeaderboardReport
Hyperspectral Image Classification Indian Pines 3D VS-CNN OA@15perclass 83.06±1.04 #5 of 34 Archive leaderboard report
Hyperspectral Image Classification Kennedy Space Center 3D VS-CNN OA@15perclass 80.15±0.62 #11 of 14 Archive leaderboard report
Hyperspectral Image Classification Pavia University 3D VS-CNN OA@15perclass 81.63±1.81 #8 of 33 Archive leaderboard report

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