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The Landsat satellite series represents the longest record of global-scale medium spatial resolution earth observations, and the utility of Landsat data for long-term and/or large-area monitoring depends on accurate and quantitative atmospheric correction to produce a consistently corrected surface reflectance (SR) dataset. In this study, we developed a rapid, automated atmospheric correction procedure...
We describe a modified atmospheric transfer model for ocean color remote sensing based on 6S-V. The specularly reflected sky radiance is re-considered respectively for satellite and airborne sensors. Detailed modified process for 6S-V codes is presented. It includes two primary modifications to compute the forward path radiances in the viewing direction to the ground and that to the sensor, respectively...
The hyperspectral data can identify the complicated urban surface features which can't be identified using the multispectral data because of their lots of continuous bands in a narrow band width. The goal of this paper was to perform the urban surface features identification based on airborne Pushbroom Hyperspectral Imager (PHI) data. At first, some preprocessing of PHI data from original data, such...
Radioactive calibration and atmospheric correction are two important steps when encountering a new sensor and its remote sensing images. Wide field-of-view Hyperspectral Imager(WHI) is an airborne imaging spectrometer with a 5 nm spectral resolution, whose spectrum range is from 406 nm to 985 nm. For evaluating its applications in city water monitoring, a flight was carried out in Taihu in January...
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