Optimal path of nanosatellites group injection for earth remote monitoring

Authors

  • E. N. Tachinina National Aviation University

DOI:

https://doi.org/10.18372/1990-5548.49.11246

Keywords:

Multisensor-based platforms, nanosatellites, orbital injection, branching path

Abstract

The paper proposes the solution of model problem considering all occurrences and effects relatedwith motion of multiple head rocket injecting the group of nanosatellites. The research led to determining the optimumpath that can be used for orbital injection of group of nanosatellite multisensor-based platforms for thepurpose of integrated study of Earth superstandard layer

Author Biography

E. N. Tachinina, National Aviation University

Candidate of engineering. Associate Professor. Department of Automation and Energy Management

References

L. T. Ashchepkov, Optimal control of discontinuous systems. Novosibirsk, Nauka, 1987, 226 p.

A. Sage and Ch. C. White, Optimum Systems Control. Moscow, Radio and connection. 1982, 392 p. [3] V. S. Pugachev, and I. N. Sinicyn, Stochastic differential systems. Moscow, Nauka,1985, 560 p.

O. Lysenko, O. Tachinina, S. Chumachenko, and O. Nikulin, “Problem of the theory of branching paths to solve problems of search and rescue emergencies in the area.” ehnycheskaya Mechanics, Dnepropetrovsk, no.1, pр.73–78, 2015.

O. Tachinina, “Conditions for optimality of the trajectory groups of unmanned aerial vehicles to possible changes in the target motion at any time in a given interval.” Visnyk AMU, Kyiv, no.1(9), pp. 178–185, 2015.

O. Lysenko, S. Valuiskyi, O. Tachinina, and S. Danylyuk. “A Method of Control of Telecommunication Airsystems for the Wireless AD HOC Networks Optimization.” 3rd International Conference: Actual problems of unmanned aerial vehicles developments, October13-15, 2015. Organized by IEEE Ukraine Section Joint SP/AES Chapter and the National Aviation University (Kyiv), pp.182–185.

O. Tachinina, I Alekseeva, O. Lysenko, and S. Chumachenko, “The Scenario-Based Approach for Control of Multi-Object Dynamic System Motion.” 3rd International Conference: Actual problems of unmanned aerial vehicles developments, October13-15, 2015. Organized by IEEE Ukraine Section Joint SP/AES Chapter and the National Aviation University (Kyiv), pp. 305–308.

O. Tachinina, O. Lysenko, I. Chekanova, I. Alekseeva, and S. Chumachenko, “The system of injection of subminiature satellites (nanosatellites) to near-EARTH orbit on the basis of АН-124-100 airplane.” 10-th International scientific-technical conference “Problems of telecommunications” PT-2016. Kyiv, NTUU “KPI”, 2016, pp. 477–479.

O. Tachinina, O. Lysenko, I. Uriadnikova, I. Alekseeva, and S. Chumachenko, “Features of unmanned aerial vehicles group dynamics and control.” International Conference “The safety management system 2016,” February 22-27, 2016. Liptovsky Mikulas, Slovak Republic, Armed Forces Academy of General Milan Rastislav Stefanik, Liptovsky Mikulas, Slovakia, pp. 391–397.

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How to Cite

Tachinina, E. N. (2016). Optimal path of nanosatellites group injection for earth remote monitoring. Electronics and Control Systems, 3(49), 106–111. https://doi.org/10.18372/1990-5548.49.11246

Issue

Vol. 3 No. 49 (2016)

Section

MATHEMATICAL MODELING OF PROCESSES AND SYSTEMS

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