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Fusion of Quickbird MS and Pan data for urban studies

机译:融合Quickbird MS和Pan数据进行城市研究

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摘要

Most of the satellite sensors, presently operating in the optical domain, are providing a data set comprising multispectral images at a low spatial resolution and images at a higher spatial resolution but with a lower spectral content. The trend of satellite sensors is similar to the present situation. The idea of fusing multispectral images with a highest spatial resolution enables the creation of useful products for urban planning and management. This paper aims at evaluating two methods for construction of synthetic multispectral images having a highest spatial resolution available within the data set, in the objective of studying urban areas. The first one is derived from the ARSIS concept and the second one is based on a correlation technique. The two methods are described and tested over the urban area of Strasbourg (France). The resulting images are evaluated through visual, qualitative and quantitative criteria. Some conclusions are drawn on the difference between the two algorithms and on the benefits of their use in urban studies.
机译:当前在光学领域中运行的大多数卫星传感器正在提供包括低空间分辨率的多光谱图像和较高空间分辨率但光谱含量较低的图像的数据集。卫星传感器的趋势与目前的情况相似。融合具有最高空间分辨率的多光谱图像的想法可以为城市规划和管理创建有用的产品。本文旨在评估两种用于构建合成多光谱图像的方法,这些图像具有在数据集中可用的最高空间分辨率,旨在研究市区。第一个基于ARSIS概念,第二个基于相关技术。描述了两种方法,并在法国史特拉斯堡市区进行了测试。生成的图像通过视觉,定性和定量标准进行评估。关于这两种算法之间的差异以及在城市研究中使用它们的好处得出了一些结论。

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