D.G. Pantenkov1, V.I. Velikoivanenko2

1 JSC «Kronstadt» (Moscow, Russia)
2 JSC «TsNIIMash» (Korolev, Moscow Region, Russia)
 

At present, multifunctional adaptive robotic systems of various bases have found wide application based on the use of hardware and software platforms with an «open architecture» using artificial intelligence technologies, which allow real-time obtaining command-telemetry and target information about the environment from a wide range of payloads (sensors), process incoming data arrays, independently make a decision on the effective use of robotic systems and, if necessary, generate a report for remote operator upon completion of the set target tasks. At the same time, in order to significantly increase the efficiency of solving target problems, there is a tendency to ensure the information and logical interaction of several heterogeneous robotic systems of various bases and purposes located at different altitude levels.

The purpose of the work is to formulate a problem statement for the synthesis of multifunctional adaptive information and control systems of complexes with UAVs (CUAVs) in joint operation with target space segments of orbital constellations of spacecraft (OG SC) to solve a complex of heterogeneous target tasks of special and socio-economic purposes, taking into account the relevance of their interaction, existing initial conditions, restrictions and assumptions.

Based on the results of the analysis and the formulation of the problem of synthesizing the information and control system of the CUAVs and SC OG, the main tasks to be solved in the interaction of CUAVs and SC OG are systematized and substantiated, the main principles of the network-centric system of a single continuous information space of the Russian Federation are indicated, priority tasks and directions of development in ensuring organizational security are substantiated. -technical, technological and energy information systems of objects of ground, aviation and space infrastructure, the Concept of joint functioning and targeted use of CUAVs and SC OG is presented.

Pantenkov D.G., Velikoivanenko V.I.  Synthesis of multifunctional adaptive information and control systems of complexes with UAVs in joint operation with target space segments of orbital constellations of spacecraft. Achievements of modern radioelectronics. 2022. V. 76. № 6. P. 49–68. DOI: https://doi.org/ 10.18127/j20700784-202206-05 [in Russian]

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