СOMPREHENSIVE OPTIMIZATION OF REMOTE SENSING SYSTEMS, GROUND CALIBRATIONS AND VALIDATIONS

Authors

  • Ye. Aliyeva Azerbaijan State University of Petroleum and Industry
  • M. Gasankuliyeva Azerbaijan State University of Petroleum and Industry

Keywords:

remote sensing; atmosphere; optimization; measurements; validation.

Abstract

A general model of a remote sensing system has been developed, which takes into account such factors as signal attenuation, additive and multiplicative noise.

The optimization of the proposed model has been carried out. It is shown that during the flight of the carrier of the remote sensing scanner system along an inclined (ascending) trajectory, the maximum amount of generated information at the output of the remote sensing complex is achieved while ensuring a dynamic increase in the signal-to-noise ratio of the calibration and validation subsystems

References

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Asadov H.G., Kerimov M.Dzh. Novyj princip optimizacii sistem distancionnogo zondirovaniya po energoinfomacionnomu kriteriyu, // Informacionnye tehnologii, M., 2006, № 5, s.41-45

Asadov H.G., Kerimov M.Dzh. Ob optimizacii nestacionarnogo rezhima raboty sistem distancionnogo zondirovaniya na primere teplovogo kontrolya energoeffektivnosti i zdanij i sooruzhenij // Kontrol. Diagnostika. 2006, № 11, s. 33-35

Halafov R.V. Sovmestnaya optimizaciya sistem distancionnogo zondirovaniya i nazemnoj validacii / Materialy 4-oj Mezhdunarodnoj mezhvuzovskoj nauchno-

prakticheskoj konferencii. 2 vypusk. Velikie Luki, 2014, s. 108-111 5.CEOS Cal/Val Portal

http://calvalportal.ceos.org/cvp/web/wuest/ocean-color

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Published

2021-11-30

Issue

Vol. 1 No. 73 (2021)

Section

Статьи

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