Software complex of automatic planning of using facilities of Ground Automatic Control Complex

Аuthors

Litvinenko A. O.

Central Research Institute of Machine Building, 4, Pionerskaya st., Korolev, Moscow region, 141070, Russia

e-mail: ao-litvinenko@yandex.ru

Abstract

This article is devoted to the software complex of automatic planning of using facilities of Ground automatic Control Complex (GACC) and the results of its trial experiment.

The way of software complex design includes formulation of complex creation problem, development of requirements and solution to the existing problems, structure definition and the conduction of the trial experiment of software.

As a result of work there has been created a new software complex which allows solving the problem of the automated task of plan creation, its automated verification, resolution of conflicts, forecast of the state of the system «Orbital Group of Satellites — Facilities of GACC» depending on the management decisions.

The trial experiment of the software complex in the modes of its functioning has shown an ability to perform software complex functions in accordance with the forecasted dynamics of system «Orbital Group of Satellites — Facilities of GACC»

On passing the test the designed software complex will be implemented in the hardware-software complex of the Center of situational analysis, coordination and planning.

The proposed automated planning facilities of GACC software complex can be applied in the management of automatic satellites of scientific and socio-economic purpose.

The methodological basis of the software complex is built on the earlier developed models and methods, which have improved the efficiency of the formation of the plan of using the facilities of GACC.

On passing the test the designed software complex will be implemented in the hardware-software complex of the Center of situational analysis, coordination and planning.

Keywords:

software complex, planning, satellite, Ground Automatic Control Complex

References

1. Dudko A.N., Litvinenko A.O., Sohrannyj E.P. Kosmonavtika i raketostroenie, 2012, no. 4(69), pp.128-141.

2. Dudko A.N., Kucherov B.A., Litvinenko A.O., Sohrannyj E.P. Kosmonavtika i raketostroenie, 2014, no. 1(74), pp.155-163.

3. Dudko A.N., Kucherov B.A., Litvinenko A.O., Ovechko V.M., Pazdnikov V.U., Sohrannyj E.P. Patent RU 2566171 C2, 20.10.2015.

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