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January 1, 2002IEEE Signal Processing Magazine1,148 citations

Hyperspectral image data analysis

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DLD. A. Landgrebe

Key Points

  • This research aims to explore how spectral variations in hyperspectral images can enhance the analysis of surface cover.
  • Utilized hyperspectral data from airborne sources over Washington, DC.
  • Focused on spectral variations rather than spatial variations.
  • Demonstrated pixel enlargement to include characteristic spectral responses for better discrimination.
  • Used three bands to simulate an IR color photograph effectively.
  • Highlighted the importance of spectral response in surface cover analysis.

Abstract

The fundamental basis for space-based remote sensing is that information is potentially available from the electromagnetic energy field arising from the Earth's surface and, in particular, from the spatial, spectral, and temporal variations in that field. Rather than focusing on the spatial variations, which imagery perhaps best conveys, why not move on to look at how the spectral variations might be used. The idea was to enlarge the size of a pixel until it includes an area that is characteristic from a spectral response standpoint for the surface cover to be discriminated. The article includes an example of an image space representation, using three bands to simulate a color IR photograph of an airborne hyperspectral data set over the Washington, DC, mall.

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Cite This Study

D. A. Landgrebe (2002) studied this question.

synapsesocial.com/papers/69dc955724e766dc3135964ehttps://doi.org/10.1109/79.974718
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