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Tafkaa atmospheric correction of hyperspectral data

机译:塔夫卡大气校正高光谱数据

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We previously developed an algorithm named Tafkaa for remote sensing of ocean color from aircraft and satellite platforms. The algorithm allows quick atmospheric correction of hyperspectral data using lookup tables generated with a modified version of Ahmad & Fraser's vector radiative transfer code. During the past few years we have extended the capabilities of the code. Current modifications include the ability to account for varying solar geometry (important for very long scenes) and view geometries (important for wide fields of view). Additionally, versions of Tafkaa have been made for a variety of multi-spectral sensors, including SeaWiFS and MODIS. Here we present sample results of atmospheric corrections of data from several platforms.
机译:我们之前开发了一种名为Tafkaa的算法,用于从飞机和卫星平台遥感海洋颜色。该算法允许使用通过修改后的Ahmad&Fraser矢量辐射传输代码生成的查找表对高光谱数据进行快速大气校正。在过去的几年中,我们扩展了代码的功能。当前的修改包括考虑太阳几何形状变化的能力(对于很长的场景很重要)和视图几何形状(对于宽视场很重要)。此外,塔夫卡(Tafkaa)版本已经为各种多光谱传感器(包括SeaWiFS和MODIS)制作。在这里,我们展示了来自多个平台的大气校正数据的示例结果。

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