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Using Geomatica Software - Fernerkundung Jena - Friedrich ...

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MODEL<br />

ARI<br />

Modelling environment (can be used instead of EASI)<br />

Atmospheric Correction / Biosphere parameter modelling:<br />

ATCOR0<br />

ATCOR1<br />

ATCOR2<br />

ATCOR3<br />

ATCOR2_T<br />

ATCOR3_T<br />

LAI<br />

SAVI<br />

FPAR<br />

(obsolete v.6)<br />

(obsolete v.6)<br />

Atmosheric correction for flat areas, calculates an atmospheric<br />

correction for flat areas applying constant or varying atmosphere.<br />

Atmospheric correction and topographic normalisation, calculates a<br />

ground reflectance image using elevation data.<br />

Calculation of surface temperature for flat area<br />

Calculation of surface temperature using elevation data<br />

Leaf Area Index model, calculates an Leaf Area Index model value.<br />

Soil Adjust Vegetation Index, calculates a Soil Adjusted Vegetation<br />

Index (SAVI)<br />

Fraction of Absorbed Photosynthetically Active Radiation, calculates<br />

fraction of Absorbed Photosynthetically Active Radiation<br />

Ratios, Indices, IHS, PCA:<br />

RTR<br />

ARI<br />

CHDET<br />

PCA<br />

DECORR (after PCA)<br />

IHS<br />

RGB<br />

FUSE<br />

FUSEPCT<br />

FUSION<br />

Image rationing<br />

Image arithmetics<br />

Principal Component Analysis<br />

(RGB to IHS Conversion) Converts red, green, and blue (RGB)<br />

image channels to intensity, hue, and saturation (IHS) image<br />

channels. The IHS program is the inverse of the RGB program. The<br />

Intensity-Hue-Saturation transformation is used by the FUSE and<br />

FUSEPCT procedures to perform data fusion.<br />

(IHS to RGB Conversion) Converts intensity, hue, and saturation<br />

(IHS) image channels to red, green, and blue (RGB) image<br />

channels.<br />

(FUSE - data fusion for RGB colour image performs data fusion of a<br />

Red-Green-Blue colour image with a black-and-white intensity<br />

image. The result is an output RGB colour image with the same<br />

resolution as the original B/W intensity image, but where the colour<br />

(hue and saturation) is derived from the resampled input RGB<br />

image. FUSE is an EASI procedure which uses the REGPRO, IHS,<br />

and RGB programs to perform data fusion.<br />

Data fusion for pseudocolour, performs data fusion of a<br />

pseudocolour image with a black-and-white intensity image. The<br />

result is an output RGB colour image with the same resolution as<br />

the original B/W intensity image, but where the colour (hue and<br />

saturation) is derived from the resampled input pseudocolour<br />

image. FUSEPCT is an EASI procedure which uses the REGPRO, PCE,<br />

IHS and RGB programs to perform data fusion.<br />

Data fusion of two input images, creates an output RGB colour<br />

image by fusing an input RGB colour or pseudocolour image with an<br />

input black-and-white intensity image, using the IHS transform<br />

(cylinder or hexcone model) or the Brovey transform.<br />

NDVI<br />

TASSEL<br />

Compute NDVI (from AVHRR) (better use EASI or MODEL)<br />

Tasseled cap transformation for Landsat MSS TM and ETM bands

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