AUTOMATED SYSTEM OF THE OPERATIONAL ANALYSIS OF THE FEASIBILITY OF EARTH REMOTE SENSING
Abstract
The article scopes the hardware and software of the information system for pre-contractual real-time analysis of requests feasibility for supplying of Earth remote sensing data, which is an integral part of the Belarusian Space System for Earth Remote Sensing. The main purpose of the development of this information system is the creation of computer-aided system for real-time analysis of customers’ requests feasibility by using the resources of two space vehicles. This system is a decision support system in the pre-contractual phase on the everyday business practice. This automation activity is solved using multicriteria optimization approaches. The created information system allows to speed-up calculations and increase its quality as well as to augment the precision of assessment of space images acquisition by including the resources of two satellites during the requested period of time. This system has passed the evaluation test for both satellites and may be further used as the base for real-time analysis of requests feasibility taking into account the resources of several space vehicles.
About the Authors
N. A. Arkhipova
Geoinformation Systems UE
Belarus
Nadezhda Arkhipova – Software Engineer
Belarus
Nadezhda Arkhipova – Software Engineer
S. A. Zolotoy
Geoinformation Systems UE
Belarus
Sergey Zolotoy – Candidate of Engineering Sciences, Director at
Belarus
Sergey Zolotoy – Candidate of Engineering Sciences, Director at
V. M. Korzun
Geoinformation Systems UE
Belarus
Valerija Korzun – Research Assistant
Belarus
Valerija Korzun – Research Assistant
V. D. Kastsiuchenka
Geoinformation Systems UE
Belarus
Valiantsin Kastsiuchenka – Candidate of Engineering Sciences, Docent, Senior Research Officer
Belarus
Valiantsin Kastsiuchenka – Candidate of Engineering Sciences, Docent, Senior Research Officer
V. E. Kupryianets
Geoinformation Systems UE
Belarus
Volha Kupryianets – Head of Sektor
Belarus
Volha Kupryianets – Head of Sektor
A. A. Sobal
Geoinformation Systems UE
Belarus
Aliaksandr Sobal – Leading Software Engineer
Belarus
Aliaksandr Sobal – Leading Software Engineer
References
1. Darnopyh V. V. Automation parametric analysis of the functioning of the target space systems for remote sensing of the Earth / V. V. Darnopyh, I. V. Usovik // Elektronnyi zhurnal «Trudy MAI» [Electronic resource]. – 2011. – No. 47. – Mode of access: http://www.mai.ru/upload/iblock/d83/avtomatizatsiya¬parametricheskogo¬analiza-tselevogo¬funktsionirovaniya¬kos¬ micheskikh¬sistem¬distantsionnogo¬zondirovaniya¬zemli.pdf. – Date of access: 26.02.2016.
2. Darnopyh V. V. The automated software system for parametric analysis and optimization of the target operation of space systems for Earth remote sensing planning / V. V. Darnopyh, I. V. Usovik // Elektronnyi zhurnal «Trudy MAI» [Electronic resource]. – 2013. – No. 65. – Mode of access: http://www.mai.ru/upload/iblock/b04/b0489e8a6d6dfc68189905fb36860979.pdf. – Date of access: 26.02.2016.
3. Kastsiuchenka V. D. Real¬time analysis of ERS requests feasibility for its deadline prediction / V. D. Kastsiuchenka, A. V. Savitsky, A. L. Sobal // The 6th Belarusian Space Congress – Minsk: UIIP NAS of Belarus, 2014. – Vol. 2.– P. 178–181.
4. Kovtun V. S. Choosing optimal survey routes for Earth remote sensing space system. / V. S. Kovtun, A. V. Strochenkin, V. N. Frolov // Space science and technology, 2014. – No. 1 (4). [Electronic resource]. – Mode of access: http://www.energia.ru/ktt/archive/2014/03–2014/03–08.pdf. – Date of access: 24.02.2016.
5. Beznyakov A. M. Methods of optimal planning of using Earth remote sensing space modulesin the survey mode / A. M. Beznyakov [et al.] // Vestnik Samarskogo gosudarstvennogo ajerokosmicheskogo universiteta № 1 (39), 2013. – С. 39–45. [Electronic resource]. – Mode of access: http://journals.ssau.ru/index.php/vestnik/article/view/120. – Date of access: 25.02.2016.
6. Darnopykh V. V. Optimization of target functioning plans and constallations of satellite observation and communication systems. / V. V. Darnopykh, V. V. Malyshev // [Electronic resource]. – Mode of access: https://www.researchgate.net/pro-file/Valeriy_Darnopykh/publication/275638455_Optimization_of_target_functioning_plans_and_constellations_of_satellite_observation_and_communication_systems/links/5540c1b90cf2b7904369bf01.pdf. – Date of access: 25.02.2016.
7. Zgurovskij M. Z. System analysis: problems, methodology, application / M. Z. Zgurovskij, N. D. Pankratova. – Kiev: Naukova dumka, 2005. – 744 p.
8. Struchenkov V. I. Optimization methods in applied problems / V. I. Struchenkov. – Moscow: Solon¬press, 2009. – 320 p.
9. Kussul N. N. Optimization¬based decision support in expert systems for payload tasking / N. N. Kussul, S. L. Yanchevsky, N. Kravchenko // Current problems in remote sensing of the Earth from space, 2011. – Vol .8. – No. 3. – P. 64–75. [Electronic resource]. – Mode of access: http://d33.infospace.ru/d33_conf/2011v8n3/64–75.pdf. – Date of access: 24.02.2016.
Review
For citations:
Arkhipova N.A., Zolotoy S.A., Korzun V.M., Kastsiuchenka V.D., Kupryianets V.E., Sobal A.A. AUTOMATED SYSTEM OF THE OPERATIONAL ANALYSIS OF THE FEASIBILITY OF EARTH REMOTE SENSING. «System analysis and applied information science». 2016;(3):4-11. (In Russ.)
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