Registration Number
0224U002147,
(0122U002298)
, R & D reports
Title
Methodological bases of distributed systems for monitoring environmental objects creating
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Розроблення науково-методичного забезпечення методології створення розподілених систем моніторингу об’єктів довкілля на підґрунті геоінформаційних технологій
Head
Horelyk Stanislav I., Кандидат технічних наук
Registration Date
06-02-2024
Organization
National Aerospace University "Kharkiv Aviation Institute"
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Increasing the efficiency of processing data from remote sensing of the Earth and making decisions regarding environmental objects in conditions of incomplete certainty and a dynamic environment by developing methodological foundations for creating distributed systems based on geoinformation technologies
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In the study scientific-methodological basis of the methodology for creating distributed systems for monitoring environmental objects has developed. It is necessary for increasing the efficiency of processing Earth remote sensing data and making decisions on environmental objects in conditions of incomplete certainty and a dynamic environment. The object of study in the work is monitoring processes of large environmental objects under the influence of natural and anthropogenic factors. The subject of study in the work are methods of processing and evaluating Earth remote sensing data using geoinformation technologies to solve the tasks of monitoring environmental objects under the influence of natural and anthropogenic factors. The following results were obtained. The initial data necessary for the implementation of scientific-methodological basis within the framework of the methodology for creating distributed environmental monitoring systems are summarized. Solutions for the problems of monitoring the state of forests in Ukraine according to remote sensing data, assessing soil pollution due to military operations were algorithmized and implemented programmatically; cartographic modeling of hazardous meteorological phenomena was carried out when assessing the state of environmental objects. As a practical result of the implementation of the developed scientific results, a program has been proposed for working with images when solving geoinformation issues that arise during monitoring. Guidance on its use is also provided in the report.
Product Description
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Andrieiev Sergey M.
Butenko Olha S.
Horelyk Stanislav I.
Danshyna Svitlana Yu.
Kovalova Vira O.
Krasovska Inessa H.
Podorozhko Katerina D.
Saul-Hoze Denys K.
Sych Roman S.
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2024-02-06
