Abstract
O b j e c t i v e s. The task of improving the software package for detecting thermal anomalies based on meteorologicalsatellite data developed by the unitary enterprise "Geoinformation Systems" was solved.M e t h o d s. In the period from 2015 to the present, the work on practical testing and improvement of the software for natural fires detection has been carried out. For this purpose, satellite images of the territory of Belarus obtained from NOAA series spacecraft were used. Special attention was paid to the problem of improving the accuracy of determining the coordinates of fires and reducing the time required for initial data processing.Re s u l t s. A retrospective analysis of the main stages of improving the software for natural fires detection and obtained during practical tests generalized results are provided. The description of the web service developed on the basis of the software for detecting natural fires is presented.Co n c l u s i o n. The information can be useful for the specialists and researchers who are engaged in the detection of thermal anomalies (fires) using remote sensing data from meteorological satellites.
Highlights
Ob j ect i ve s .The task of improving the software package for detecting thermal anomalies based on meteorological satellite data developed by the unitary enterprise "Geoinformation Systems" was solved
Satellite images of the territory of Belarus obtained from NOAA series spacecraft were used
The information can be useful for the specialists and researchers who are engaged in the detection of thermal anomalies using remote sensing data from meteorological satellites
Summary
Решалась задача совершенствования программного комплекса обнаружения тепловых аномалий (ПК ОТА) по данным метеорологических спутников, разработанного в УП «Геоинформационные системы». Для этого использовались спутниковые снимки территории Республики Беларусь, полученные с космических аппаратов серии NOAA. Особое внимание уделялось проблеме повышения точности определения координат пожаров и сокращения времени, необходимого для обработки исходных данных. Сделан ретроспективный анализ основных этапов совершенствования ПК ОТА и обобщены результаты, полученные в ходе практических испытаний. Приведенные в статье сведения могут быть полезны для специалистов и исследователей, которые занимаются вопросами обнаружения тепловых аномалий (пожаров) с использованием данных дистанционного зондирования Земли, полученных с метеорологических спутников. Опыт совершенствования программных комплексов дистанционного зондирования Земли для обнаружения тепловых аномалий / С.
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