N.M. Rasolko1, D.A. Poisov2
1,2 Joint stock company ”V. Tikhomirov Scientific-research Institute of Instrumental Design”
(Zhukovsky, Moscow Region, Russia)
When solving the combat task of a complex military system (CMS), which includes the same types of basic modules (BM), the interaction must be ensured. However, when operating base modules in a complex multipurpose environment, several BM may simultaneously claim the same targets.
In the article the conflict situation between single-type basic modules of CMS is proposed to solve by implementing algorithms of interaction of single-type BM in CMS, based on the principal of distributed control of their work. The proposed algorithms are based on the solution of the transport problem, the purpose of which is to find out of all the possible options such a scheme of distribution of targets on the basic modules of a CMS, which would have a minimum cost (path).
Algorithms have been developed for the interaction of single-type BM, based on the principal of distributed control of their work. The logic of the formation of weighting coefficients is given, and matrices formation of weighting coefficients are formed. Considered a step-by-step algorithm for solving the transport problem, including four steps. To confirm the efficiency of the considered algorithm, we evaluated the effectiveness of the BM to solve typical problems. Estimates were made by the mathematical modeling method. The results of the study showed that the implementation of the developed algorithms increases the efficiency of a CMS by at least 80%.
Rasolko N.M., Poisov D.A. Algorithms for the interaction of single-type basic modules in a complex military system. Radiotekhnika. 2022. V. 86. № 2. P. 135−148. DOI: https://doi.org/10.18127/j00338486-202202-16 (In Russian)
- Aviacija PVO Rossii i nauchno-tehnicheskij progress: Boevye kompleksy vchera, segodnja, zavtra. Pod red. E.A. Fedoso-va. M.: Drofa. 2001 (In Russian).
- Patent na izobretenie № 2629745 (RF). Mobil'nyj punkt boevogo upravlenija. Ju.I. Belyj, D.A. Poisov i dr. Opubl. 31. 08. 2017. Bjul. № 25 (In Russian).
- Poisov D.A., Vishnjakova L.V., Rasol'ko N. M., Slatin A.V. Metod ocenki jeffektivnosti struktur postroenija smeshan-nogo zenitnyh raketnyh podrazdelenija. Trudy Gos. NIIAS. Ser. Voprosy avioniki. 2022. T. 1. № 56 (In Russian).