OPTIMIZATION OF MULTIROUTE SCANNING OF GEOMETRICALLY COMPLEX SENSING ZONES FOR SPACECRAFT WITH OPTOELECTRONIC OBSERVATION EQUIPMENT

机译：利用电子观测设备优化航天器几何复杂传感区的多路径扫描

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The article considers the problem of multiroute scanning of geometrically complex observation zones for spacecraft with optoelectronic observation equipment. The scan model of shooting route in "push broom" mode is formed. The main tasks for the optimization of multiroute scanning are set in terms of the theory of optimal covers.

机译：本文考虑了使用光电观测设备对航天器的几何复杂观测区进行多路径扫描的问题。形成“推扫”模式下射击路径的扫描模型。优化多路径扫描的主要任务是根据最佳覆盖理论确定的。

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《Saint Petersburg international conference on integrated navigation systems》|2018年|487-490|共4页
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Yu. N. Gorelov; S. B. Danilov; L. V. Kurganskaya; A. I. Manturov; V. E. Yurin;
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remote sensing; spacecraft; observation equipment; shooting route; "push broom" mode; scan band; optimal cover; multiroute scanning; optimization;

机译：遥感;航天器观察设备;射击路线; “推扫帚”模式;扫描带最佳覆盖多路径扫描;优化;

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1. In-flight Geometric Calibration of Optoelectronic Equipment of Remote Sensing Satellite by Unknown Landmarks [J] . D.V. Lebedev Journal of automation and information sciences . 2013,第9期

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3. Optimizing the parameters of staring-scanning optoelectronic systems for detecting small high-temperature objects with variable radiation intensity [J] . Gabrakhmanov T.R., Yatsyk V.S. Journal of optical technology . 2012,第3期

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4. OPTIMIZATION OF MULTIROUTE SCANNING OF GEOMETRICALLY COMPLEX SENSING ZONES FOR SPACECRAFT WITH OPTOELECTRONIC OBSERVATION EQUIPMENT [C] . Yu. N. Gorelov, S. B. Danilov, L. V. Kurganskaya, Saint Petersburg international conference on integrated navigation systems . 2018

机译：用光电观测设备优化宇宙飞船几何复杂感应区的多路径扫描
5. Remotely sensed detection of sulfates on Mars: Laboratory measurements and spacecraft observations. [D] . Cooper, Christopher David. 2004

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6. Optimizing geometric accuracy of four-dimensional CT scans acquired using the wall- and couch-mounted Varian® Real-time Position Management™ camera systems [O] . B F OConnell, D M Irvine, A J Cole, 2015

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7. Designing radiation protection for the scientific equipment complex of the Earth’s remote sensing spacecraft [O] . T.Sh. Kombaev, M.E. Artemov, I.V. Zefirov 2019

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8. MOMS-01 (Modular Optoelectronic Multispectral Scanner) for Earth Observation: First Results of STS-7 Mission [R] . Meissner, D., Laucht, H., Bodechtel, J., 1985

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OPTIMIZATION OF MULTIROUTE SCANNING OF GEOMETRICALLY COMPLEX SENSING ZONES FOR SPACECRAFT WITH OPTOELECTRONIC OBSERVATION EQUIPMENT

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