OBH-RSI: Object-Based Hierarchical Classification Using Remote Sensing Indices for Coastal Wetland

Zhaoyang Lin, Jianbu Wang, Wei Li, Xian-shu Jiang, Wenbo Zhu, Yuanqing Ma, Andong Wang
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Abstract

With the deterioration of the environment, it is imperative to protect coastal wetlands. Using multi-source remote sensing data and object-based hierarchical classification to classify coastal wetlands is an effective method. The object-based hierarchical classification using remote sensing indices (OBH-RSI) for coastal wetland is proposed to achieve fine classification of coastal wetland. First, the original categories are divided into four groups according to the category characteristics. Second, the training and test maps of each group are extracted according to the remote sensing indices. Third, four groups are passed through the classifier in order. Finally, the results of the four groups are combined to get the final classification result map. The experimental results demonstrate that the overall accuracy, average accuracy and kappa coefficient of the proposed strategy are over 94% using the Yellow River Delta dataset.
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OBH-RSI:基于遥感指标的滨海湿地分层分类
随着环境的恶化,保护滨海湿地势在必行。利用多源遥感数据和基于地物的分层分类技术对滨海湿地进行分类是一种有效的方法。为实现滨海湿地的精细分类,提出了基于地物的OBH-RSI滨海湿地分级方法。首先,将原有的品类根据品类特征分为四组。其次,根据遥感指标提取各组的训练图和测试图;第三,四组依次通过分类器。最后,将四组结果进行组合,得到最终的分类结果图。实验结果表明,该策略在黄河三角洲数据集上的总体准确率、平均准确率和kappa系数均在94%以上。
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