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Fine-Grained Urban Land Use and Land Cover Classification Through Multi-temporal and Multispectral Remote Sensing Images

机译:通过多时间和多光谱遥感图像进行细粒石城市土地利用和土地覆盖分类

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Earth observation via satellites using remote sensing techniques has been a long-standing research topic and it has observed popular attention recently due to the increase in accuracy rates with advances in deep learning techniques. In this paper, land use/cover map production has been conducted for the cities of Eskisehir and Kutahya and rural settlements located in Sakarya basin in Turkey. In detail, we used the CORINE 2018 data as ground truth, up to 11 urban classes, Random Forest as shallow classifier, and ResNet and DenseNet for CNN models and compared the results. In this study, using Red, Blue and NIR bands and 6 urban classes, 63% average accuracy and 0.53 kappa value have been observed as our top results.
机译:通过使用遥感技术的卫星通过卫星进行地球观察一直是一项长期的研究主题,最近观察到了由于深度学习技术的进步的准确性提高而受到了流行的关注。在本文中,已为土耳其斯卡拉达盆地的埃斯基尔和库塔哈和库塔哈和农村住区进行了土地使用/覆盖地图生产。详细介绍,我们将Corine 2018数据作为地面真理,最多11个城市课程,随机林为浅分类器,以及CNN模型的Reset和Densenet,并比较结果。在这项研究中,使用红色,蓝色和NIR频段和6个城市课程,63%的平均精度和0.53 kappa值被观察到我们的最高结果。

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