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Information × Registration Number 0216U000187, 0115U003674 , R & D reports Title Methods and algorithms for prospective frame thermal infrared spectroradiometer data processing popup.stage_title Head Popov Mikhail A., Доктор технічних наук Registration Date 25-01-2016 Organization National Academy of Sciences Institut of Geological Sciences Centre of Aerospase Research of the Earth popup.description2 Methods and algorithms for processing data from the perspective of frame spectroradiometer far-IR / Research report under the contract № 2/2015, code "Spectroradiometer" .- Kiev: CASRE IGS NAS of Ukraine, 2015.- 183 p. Scientific and technological project report contains 183 pages, 103 figures, 17 tables, 42 references to the source, 7 appendices. The main purpose of the satellite perspective frame far infrared spectroradiometer (8-13,5 micrometers) is to provide a range of physical properties of the earth's surface (temperature and coefficient of thermal emissivity), which are major interpretive signs of natural and man-made objects, which are necessarily to be involved to the analysis of the of natural resources, scientific and special thematic problems of remote sensing (RS) solution. The main purpose of the research is to increase the information content of satellite imagery in the far infrared spectral range by estimating of the physical characteristics of the Earth's surface - temperature and emissivity. The project has been performed by the order of The State enterprises of special Instrumentation "Arsenal". Performer is The Scientific Centre for Aerospace Research of the Earth Institute of Geological Sciences of the National Academy of Sciences of Ukraine (CASRE). The bulk of the report consists of introduction, 4 sections, 11 subsections, 10 items, 4 paragraphs, and conclusions. During the project implementation the mathematical model, algorithms and demo software for subpixel imagery processing were improved; theoretical models, methods and algorithms for radiometric calibration of the frame infrared spectroradiometer and experimental verification of the were developed; existing methods for the temperature and spectral coefficients of thermal emissivity determining in different infrared spectral ranges for perspective satellite frame infrared spectroradiometer were adopted; the necessary algorithms and demo software were created. Keywords: frame infrared spectroradiometer, poster layout, radiometric calibration, physical temperature, spectral emissivity, subpixel processing. Product Description popup.authors І.С. Потапчук В.В. Пилипчук В.М. Подорван В.М. Тягур Г.П. Оленович К.В. Добровольська М.О. Попов М.С. Лубський О.П. Михайленко С.А. Станкевич С.В. Шкляр popup.nrat_date 2020-04-02 Close