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Resurs-P Standard Data Products

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Resurs-P Standard Data Products



Resurs-P/Geoton Standard Data Products ( http://eng.ntsomz.ru//for_clients/standart_ip/standart_ip_resurs_p#geoton )
Resurs-P/KSHMSA-VR Standard Data Products ( http://eng.ntsomz.ru//for_clients/standart_ip/standart_ip_resurs_p#kshmsa-bp )
Resurs-P/KShMSA-SR Standard Data Products ( http://eng.ntsomz.ru//for_clients/standart_ip/standart_ip_resurs_p#kshmsa-sr )
Resurs-P/GSA Standard Data Products ( http://eng.ntsomz.ru//for_clients/standart_ip/standart_ip_resurs_p#gsa )

Resurs-P/Geoton Standard Data Products


Processing LevelPanchromatic Imagery
Spatial resolution is R=1m
1 band. Spectral range is 0.62-0.79m.
Radiometric resolution is 10 or 8 bit
Swath width is 32km
Multispectral (MS) Imagery
Spatial resolution is R=3m
4 bands. Spectral ranges are:
    0.48-0.53 m
    0.54-0.59 m
    0.62-0.68 m
    0.72-0.80 m
Radiometric resolution is 10 or 8 bit
Swath width is 38km
Visible (red) Imagery
Spatial resolution is R=3m
2 bands. Spectral ranges are:
    0.66-0.69 m
    0.70-0.75 m
Radiometric resolution is 10 or 8 bit
Swath width is 38km
IR Imagery
Spatial resolution is R=3m
1 band.
Radiometric resolution is 10 or 8 bit
Swath width is 32km
Coordinate systemFormat
1Panchromatic (PAN) image with radiometric and geometric correction, with no transformation into cartographic projection (orthotransformation), and with Rational Polynomial Coefficients (RPC)Images obtained in different spectral bands with radiometric and geometric correction, with no transformation into cartographic projection (orthotransformation), non-color composite, and with Rational Polynomial Coefficients (RPC) TIFF, BP, IMG
11 Color composite image of 3 spectral bands (RGB) with radiometric and geometric correction, with no transformation into cartographic projection Coefficients (RPC) (orthotransformation) and Rational Polynomial Coefficients (RPC).   TIFF, BP, IMG
2PAN image with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 50m, and with Rational Polynomial Coefficients (RPC)Images obtained in different spectral bands with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 50m, and with Rational Polynomial Coefficients (RPC)Images obtained in different spectral bands with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 50m, and with Rational Polynomial Coefficients (RPC)Image with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 50m, and with Rational Polynomial Coefficients (RPC)SK-42, WGS84,GeoTIFF, IMG
21 Color composite image of 3 spectral bands (RGB) with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) no worse than 50m, and with Rational Polynomial Coefficients (RPC)  SK-42, WGS84,GeoTIFF, IMG
2PAN image orthotransformed into cartographic projection using ground control points (GCP) and DEM. Horizontal accuracy (RMSE) is between 5 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
Images obtained in different spectral bands with radiometric and geometric correction, orthotransformed into cartographic projection using ground control points (GCP) and DEM.
Horizontal accuracy (RMSE) is between 5 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
Images obtained in different spectral bands with radiometric and geometric correction, orthotransformed into cartographic projection using ground control points (GCP) and DEM.
Horizontal accuracy (RMSE) is between 5 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
IR image with radiometric and geometric correction, orthotransformed into cartographic projection using ground control points (GCP) and DEM.
Horizontal accuracy (RMSE) is between 5 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
SK-42, WGS84,GeoTIFF, IMG
21 Color composite image of 3 spectral bands (RGB) with radiometric and geometric correction, orthotransformed into cartographic projection using ground control points (GCP) and DEM.
Horizontal accuracy (RMSE) is between 5 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
  SK-42, WGS84,GeoTIFF, IMG
3Mosaic of Level 2A images with horizontal accuracy (RMSE) of no worse than 50m   SK-42, WGS84,GeoTIFF, IMG
3Mosaic of 2B Level images
Horizontal accuracy (RMSE) is between 5 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
   SK-42, WGS84,GeoTIFF, IMG
4Pan-sharpening of panchromatic (2A Level) and multispectral (2A1 Level) images of the same area with horizontal accuracy (RMSE) of no worse than 50m  SK-42, WGS84,GeoTIFF, IMG
4Pan-sharpening of panchromatic (2B Level) and multispectral (2B1 Level) images of the same area.
Horizontal accuracy (RMSE) is between 5 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
  SK-42, WGS84,GeoTIFF, IMG

Resurs-P/KSHMSA-VR Standard Data Products


Processing LevelPanchromatic (PAN) Imagery
Spatial resolution is R=12m
Spectral range is 0.43-0.70m.
Radiometric resolution is 10 or 8 bit
Swath width is 97km
Multispectral (MS) Imagery
Spatial resolution is R=24m
5 bands. Spectral ranges are:
    0.43-0.51m
    0.51-0.58m
    0.60-0.70m
    0.70-0.90m
    0.80-0.90 m
Radiometric resolution is 10 or 8 bit
Swath width is 97km
Coordinate systemFormat
1Panchromatic image (PAN) with radiometric and geometric correction, with no transformation into cartographic projection, and with Rational Polynomial Coefficients (RPC)Images obtained in different spectral bands with radiometric and geometric correction, with no transformation into cartographic projection, non-color composite, and with Rational Polynomial Coefficients (RPC) TIFF, BP,IMG
11 Color composite image of 3 spectral bands (RGB) with radiometric and geometric correction, with no transformation into cartographic projection, and with Rational Polynomial Coefficients (RPC) TIFF, BP, IMG
2PAN image with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 50m, and with Rational Polynomial Coefficients (RPC)Images obtained in different spectral bands with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 50m, and with Rational Polynomial Coefficients (RPC)-42, WGS84GeoTIFF, IMG
21 Color composite image of 3 spectral bands (RGB) with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 50m, and with Rational Polynomial Coefficients (RPC) SK-42, WGS84GeoTIFF, IMG
2PAN image orthotransformed into cartographic projection using ground control points (GCP) and DEM. Horizontal accuracy (RMSE) is between 15 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
Images obtained in different spectral bands with radiometric and geometric correction, orthotransformed into cartographic projection using ground control points (GCP) and DEM. Horizontal accuracy (RMSE) is between 25 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer.
SK-42, WGS84GeoTIFF, IMG
21 Color composite image of 3 spectral bands (RGB) with radiometric and geometric correction, orthotransformed into cartographic projection using ground control points (GCP) and DEM. Horizontal accuracy (RMSE) is between 25 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer.
SK-42,WGS84GeoTIFF, IMG
3Mosaic of Level 2A images with horizontal accuracy (RMSE) of no worse than 50m SK-42,WGS84GeoTIFF, IMG
3Mosaic of 2B Level images
Horizontal accuracy (RMSE) is between 15 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
 SK-42, WGS84GeoTIFF, IMG
4Pan-sharpening of panchromatic (2A Level) and multispectral (2A1 Level) images of the same area with horizontal accuracy (RMSE) of no worse than 50m SK-42, WGS84GeoTIFF, IMG
4Pan-sharpening of panchromatic (2B Level) and multispectral (2B1 Level) images of the same area.
Horizontal accuracy (RMSE) is between 15 and 30m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.
Reference data is provided by customer
SK-42, WGS84GeoTIFF, IMG

Resurs-P/KShMSA-SR Standard Data Products


Processing LevelPanchromatic (PAN) Imagery
Spatial resolution is R=60m
Spectral range is 0.43-0.70m.
Radiometric resolution is 10 or 8 bit
Swath width is 440km
Multispectral (MS) Imagery
Spatial resolution is R=120m
5 bands. Spectral ranges are:
    0.43-0.51m
    0.51-0.58m
    0.60-0.70m
    0.70-0.90m
    0.80-0.90 m
Radiometric resolution is 10 or 8 bit
Swath width is 440km
Coordinate SystemFormat
1Panchromatic image (PAN) with radiometric and geometric correction, with no transformation into cartographic projection, and with Rational Polynomial Coefficients (RPC)Images obtained in different spectral bands with radiometric and geometric correction, with no transformation into cartographic projection, non-color composite TIFF, BP,IMG
11 Color composite image of 3 spectral bands (RGB) with radiometric and geometric correction, and with no transformation into cartographic projection  TIFF, BP,IMG
2PAN image with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 100mImages obtained in different spectral bands with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 200mSK-42, WGS84GeoTIFF, IMG
21 Color composite image of 3 spectral bands (RGB) with radiometric and geometric correction, transformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 200m SK-42,WGS84GeoTIFF, IMG
2PAN image orthotransformed into cartographic projection using ground control points (GCP) and DEM. Horizontal accuracy (RMSE) is between 50 and 80m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.Images obtained in different spectral bands with radiometric and geometric correction, orthotransformed into cartographic projection using ground control points (GCP) and DEM. Horizontal accuracy (RMSE) is between 120 and 150m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.SK-42, WGS84GeoTIFF, IMG
21 Color composite image of 3 spectral bands (RGB) with radiometric and geometric correction, orthotransformed into cartographic projection using ground control points (GCP) and DEM. Horizontal accuracy (RMSE) is between 120 and 150m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.SK-42, WGS84GeoTIFF, IMG
3Mosaic of Level 2A images with horizontal accuracy (RMSE) of no worse than 100m SK-42, WGS84GeoTIFF, IMG
3Mosaic of 2B Level images Horizontal accuracy (RMSE) is between 50 and 80m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions. SK-42, WGS84GeoTIFF, IMG
4Pan-sharpening of panchromatic (2A Level) and multispectral (2A1 Level) images of the same area with horizontal accuracy (RMSE) of no worse than 100m SK-42, WGS84GeoTIFF, IMG
4Pan-sharpening of panchromatic (2B Level) and multispectral (2B1 Level) images of the same area Horizontal accuracy (RMSE) is between 50 and 80m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditionsSK-42, WGS84GeoTIFF, IMG

Resurs-P/GSA Standard Data Products


Processing LevelImagery by KBSB basic set
Spatial resolution is R=30m
Spectral range is 0.4-1.1nm (130 bands)
Radiometric resolution is 14 bit
Swath width is 440km
Swath width is 25km
Reference SystemFormat
1Image (super-cube) with geometric and radiometric correction, with no transformation, and with Rational Polynomial Coefficients (RPC) TIF, IMG,BMP,
2Image (using hyper spectral optical sensor) with geometric and radiometric correction, orthtransformed into cartographic projection using data from on-board automatic navigation system for mean height with horizontal accuracy (RMSE) of no worse than 100m, and with Rational Polynomial Coefficients (RPC)SK-42, WGS84,GeoTIFF, IMG
2Image (using hyper spectral optical sensor) with geometric and radiometric correction, with conversion of radiances into physical quantities at GSA entrance pupil, orthotransformed into cartographic projection using ground control points (GCP) and DEM. Horizontal accuracy (RMSE) is between 30 and 50m depending on terrain topography, available reference data accuracy (GCP and DEM), and imagery conditions.SK-42, WGS84,GeoTIFF, IMG


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