V.I. Savchenko1, V.P. Baryaksheva2

1, 2 Saint-Petersburg State University of Aerospace Instrumentation (St.-Petersburg, Russia)
1 svispb1955@yandex.ru, 2 vsvally@mail.ru

Statement of the problem. Currently, the specifics of the processes of preparing (PP) complex technical systems (TS) for their inten­ded use make them complex objects of management, in particular, in the implementation of operational calendar planning (OCP).
Increasing the efficiency of these processes involves the improvement of existing and the development of new methods OCP in the automated workplaces of managers of these works.

The possibility of decomposition of the complex task of the OCP PP TS, taking into account the specifics of the processes under consideration, is considered and a method for decomposing the task of the OCP of preparing TS for its intended use in the test center for the preparation of these products is developed.

Purpose. Consider the possibility of decomposing (dividing) a complex problem of the OCP PP TS into a number of simpler problems, the solution to each of which can be obtained independently of the solution to other problems, and forming a solution to the original problem based on a set of solutions to individual problems.

Results. The use of the decomposition method allows, in most of the situations encountered in practice, to find a valid solution to the problem of OKP PP TS to application and gives the opportunity to take into account and use the existing right of the lower-level planning body to make independent decisions when drawing up and operative adjustment of the calendar plans of preparation of TS at the workplace (RM). This allows to localize the development of management actions to reduce or eliminate the negative impact of disturbing factors on the preparation of TS in the planning bodies of those RM where delays in preparation have occurred.

Savchenko V.I., Baryaksheva V.P. Operational and calendar planning of the preparation of complex technical systems for intended use based on the decomposition method. Achieve­ments of modern radioelectronics. 2026. V. 80. № 4. P. 54–60. DOI: https://doi.org/10.18127/j20700784-202604-06 [in Russian]

1. By`kov A.P., Piganov M.N. Metodika avtonomny`x ispy`tanij bortovy`x radioe`lektronny`x priborov kosmicheskix apparatov. Trudy` MAI. 2020. № 111. S. 7. DOI 10.34759/trd-2020-111-7
2. Kantorovich L.V. Optimizacionny`e zadachi v usloviyax avtomatizirovanny`x sistem upravleniya. M.: CzE`MI. 1983. 30 s.
3. Savchenko V.I., Baryaksheva V.P. Razrabotka modeli operativnogo upravleniya processami podgotovki raket kosmicheskogo naznacheniya k primeneniyu. VI Mezhdunar. nauchn. konf. «Ae`rokosmicheskoe priborostroenie i e`kspluatacionny`e texnologii» (SPb., 8–25 aprelya 2025 g.). Sb. dokl. V 2 chastyax Ch. 2. SPb.: GUAP. 2025. S. 137–141.
4. Xrustalev E.Yu., Larin S.N., Xrustalev O.E., Kuz`minov I.D. Modelirovanie processov proektirovaniya i proizvodstva raketnokosmicheskoj texniki v neopredelenny`x i riskovy`x usloviyax. Innovacii v menedzhmente. 2024. № 3(41). S. 68–73.
5. Volodin A.B., Maxova N.B., Novikov V.K., Tatarinov V.V. Metody` razrabotki i prinyatiya upravlencheskix reshenij pri vozniknovenii neshtatny`x situacij v xode kosmicheskoj deyatel`nosti. XLV Akadem. chteniya po kosmonavtike, posvyashhenny`e pamyati akademika S.P. Korolyova i drugix vy`dayushhixsya otechestvenny`x ucheny`x – pionerov osvoeniya kosmicheskogo prostranstva. Sb. tezisov v 4 tomax. Moskva, 30 marta 2021 g. T. 2. M.: Izdatel`stvo MGTU im. N.E`. Baumana. 2021. S. 232–234.
6. Fomin A.I., Malyutina O.A. Obosnovanie pokazatelya e`ffektivnosti pri proektirovanii radiosistem peredachi informacii na e`tape nauchno-issledovatel`skoj raboty`. Trudy` MAI. 2019. № 108. S. 7. DOI 10.34759/trd-2019-108-7
7. Ancev G.V., Gaenko V.P., Mashtakov A.P., Sary`chev V.A. Sistemnaya forsajt-texnologiya konceptual`nogo prognozirovaniya napravlenij razvitiya texnicheski slozhny`x sistemny`x ob``ektov. Uspexi sovremennoj radioe`lektroniki. 2025. T. 79. № 4. S. 6–18. DOI: https://doi.org/10.18127/j20700784-202504-01
8. Emel`yanova C.V. Texnologiya sistemnogo modelirovaniya. M.: Mashinostroenie. 1983. 519 s.
9. Makarova D.S., Butuzov S.Yu., Ostudin N.V. Ispol`zovanie sistemy` kosmicheskogo monitoringa pri prinyatii upravlencheskix reshenij. Mater. mezhdunar. nauchno-texn. konf. «Sistemy` bezopasnosti». 2022. № 31. S. 56–58.
10. Yukaeva V.S., Zubareva E.V., Chuvikova V.V. Prinyatie upravlencheskix reshenij: Uchebnik. M.: Dashkov i K. 2016. 324 s.
11. Stoeva N.I., Savostikova O.G. Upravlencheskie resheniya i metody` ix prinyatiya. Zhurnal sociologicheskix issledovanij. 2020. T. 5. № 3. S. 34–36.