:   ..
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:  119
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:  2026
:   .. : ࠖ // . - 2026. - . 119. - .6-38.
:   , , , ࠖ, , ,
(.):  drones warfare, combat effectiveness, mathematical modeling, OsipovLanchester models, simulation model, solution stability, forces distribution
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(.):  Modifications of the OsipovLanchester models are considered, taking into account the specifics of robotic systems (drones) on the battlefield, which are a conditionally expendable or expendable resource. The dynamics of conventional weapons and drones numbers are studied depending on the model parameters: their initial values, combat effectiveness coefficients (with different capabilities of each type of weapon to engage the other), and the intensity of drones use. It is shown that, in the general case, the solutions of the corresponding systems of differential equations are unstable with respect to the model parameters. Analytical solutions are obtained and analyzed for a number of practically important particular cases. Based on the results of simulation modeling, the problems of decision-making regarding the intensity of drone use and the distribution of forces are considered. It is shown that possible generalizations and specifications of the explored class of models do not lead to a qualitative complication of their analysis.

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