Creation of tools and development of techniques for post-launch calibration of space optic sensors of “Sich” space system

Creation of tools and development of techniques for post-launch calibration of space optic sensors of “Sich” space system

The problems of the optical satellite-born equipment post launch calibration using for the first time founded in Ukraine calibration test site (CTS) in the area of National Space Center are formulated and in the first stage solved. On the base of the synchronous satellite imagery with ground-based m...

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Bibliographic Details
Main Author: Ya. I. Zyelyk
Format: Article
Language:English
Published: National Aviation University 2013-12-01
Series:Вісник Астрономічної школи
Subjects:
calibration test site
optical satellite-born equipment
post-launch calibration
“Sich” space system
Online Access:http://astro.nau.edu.ua/issues/2013_V.9_Iss.2/Zyelyk.html
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record_format Article
spelling doaj-e508d8dc5c6d45c2b847ee794eca321f2020-11-24T23:55:37ZengNational Aviation UniversityВісник Астрономічної школи1607-28552411-66022013-12-01929310110.18372/2411-6602.09.20932411-6602.09.2093Creation of tools and development of techniques for post-launch calibration of space optic sensors of “Sich” space systemYa. I. Zyelyk0Space Research Institute NASU-SSAU, UkraineThe problems of the optical satellite-born equipment post launch calibration using for the first time founded in Ukraine calibration test site (CTS) in the area of National Space Center are formulated and in the first stage solved. On the base of the synchronous satellite imagery with ground-based measurements results of the test object (TO) spectral reflectance characteristics the presentation catalog and geoinformational database are created. Database include the polygonal TO vector layers, “Quick Bird-2” and “Sich-2” satellite images, digital model of CTS territory. CTS infrastructure is defined.http://astro.nau.edu.ua/issues/2013_V.9_Iss.2/Zyelyk.htmlcalibration test siteoptical satellite-born equipmentpost-launch calibration“Sich” space system
collection DOAJ
language English
format Article
sources DOAJ
author Ya. I. Zyelyk
spellingShingle Ya. I. Zyelyk
Creation of tools and development of techniques for post-launch calibration of space optic sensors of “Sich” space system
Вісник Астрономічної школи
calibration test site
optical satellite-born equipment
post-launch calibration
“Sich” space system
author_facet Ya. I. Zyelyk
author_sort Ya. I. Zyelyk
title Creation of tools and development of techniques for post-launch calibration of space optic sensors of “Sich” space system
title_short Creation of tools and development of techniques for post-launch calibration of space optic sensors of “Sich” space system
title_full Creation of tools and development of techniques for post-launch calibration of space optic sensors of “Sich” space system
title_fullStr Creation of tools and development of techniques for post-launch calibration of space optic sensors of “Sich” space system
title_full_unstemmed Creation of tools and development of techniques for post-launch calibration of space optic sensors of “Sich” space system
title_sort creation of tools and development of techniques for post-launch calibration of space optic sensors of “sich” space system
publisher National Aviation University
series Вісник Астрономічної школи
issn 1607-2855
2411-6602
publishDate 2013-12-01
description The problems of the optical satellite-born equipment post launch calibration using for the first time founded in Ukraine calibration test site (CTS) in the area of National Space Center are formulated and in the first stage solved. On the base of the synchronous satellite imagery with ground-based measurements results of the test object (TO) spectral reflectance characteristics the presentation catalog and geoinformational database are created. Database include the polygonal TO vector layers, “Quick Bird-2” and “Sich-2” satellite images, digital model of CTS territory. CTS infrastructure is defined.
topic calibration test site
optical satellite-born equipment
post-launch calibration
“Sich” space system
url http://astro.nau.edu.ua/issues/2013_V.9_Iss.2/Zyelyk.html
work_keys_str_mv AT yaizyelyk creationoftoolsanddevelopmentoftechniquesforpostlaunchcalibrationofspaceopticsensorsofsichspacesystem
_version_ 1725461437156950016

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