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首页> 外文期刊>Procedia Computer Science >Fully automatic multi-temporal land cover classification using Sentinel-2 image data
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Fully automatic multi-temporal land cover classification using Sentinel-2 image data

机译:使用Sentinel-2图像数据的全自动多时间土地覆盖分类

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The analysis of remote sensing images represents a highly important issue to be performed in many relevant fields such as climate change studies or land cover mapping. Traditional proposals usually identify the land cover classes from general related groups such as different tree species or different crop varieties. Additionally, these proposals commonly use information from a precise time span or season, not accounting for the variability of the data over the entire year, specially in regions with several seasons.In this work, we propose a multi-temporal classification system to identify and represent diverse land cover classes over any period of the entire year by using Sentinel-2 satellite image data. To this end, 526 representative samples were labelled from 5 complex and variable different land cover types over the Special Area of Conservation (SAC) Betanzos-Mandeo in the northwest of the Iberian Peninsula. The method achieves a satisfactory mean accuracy value of 84.0% for the testing set using the best configuration with a radial Support Vector Machine classifier. This system will be used in the study of the population connectivity of two threatened herptiles, but it can be easily extended to other species of interest in the future.
机译:遥感图像的分析代表了在许多相关领域(例如气候变化研究或土地覆盖制图)要执行的一个非常重要的问题。传统建议通常从一般相关群体(例如不同的树种或不同的农作物品种)中识别土地覆盖类别。此外,这些建议通常使用精确时间范围或季节的信息,而不是考虑全年数据的变化性,特别是在几个季节的区域中。在这项工作中,我们提出了一种多时间分类系统来识别和识别通过使用Sentinel-2卫星图像数据,可以表示全年任何时期的不同土地覆盖类别。为此,在伊比利亚半岛西北部的特殊保护区(SAC)Betanzos-Mandeo上,从5种复杂且可变的不同土地覆盖类型中标记了526个代表性样本。使用带有径向支持向量机分类器的最佳配置,该方法对于测试集可达到令人满意的平均准确度值84.0%。该系统将用于研究两个受威胁的牧民的种群连通性,但将来可以很容易地扩展到其他感兴趣的物种。

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