Description: Models and methods of formation of rational structure of radiation, chemical, biological protection of air command are developed in the article. The mathematical model of formation of rational variant of structure of radiation, chemical, biological protection of air command, in which both resources and estimates were clear, can be extended to fuzzy estimates of effect, which cannot be obtained normatively. These estimates can be obtained with the involvement of experts. A mathematical model for solving multicriteria decision making problem is constructed. A mathematical model of forming a rational variant of the struc-ture of radiation, chemical, biological protection of the air command has been constructed, provided that the resources are characterized by clear estimates and the vector of efficiency indicators are unclear. The technique of formation of rational struc-ture of radiation, chemical, biological protection of air command consists of a series of stages and procedures and is based on methods of forecasting of radiation chemical hazardous situation; methods of optimization of network schedules; combinatorial optimization methods; dynamic programming method (Pontryagin maximum principle). In order to develop models and methods for forming a rational structure for radiation, chemical and biological protection of the air command, which will improve the quality of implementation of practical measures of radiation, chemical and biological protection, it is necessary to consider probable scenarios during the destruction of radiation and chemically dangerous objects; to determine the prognosis for the development of radiation and chemically dangerous conditions; volume of radiation, chemical and biological protection meas-ures; to optimize the forces and means of RCB air command protection for each scenario; to identify the forces and means of radiation, chemical, biological protection that will be involved in the execution of the assigned tasks in accordance with the scenarios of the radiation, chemical hazardous situation that may occur; to integrate into the unified structure of RCB protection, taking into account the resource constraints and maximizing the efficiency of the tasks.
Keywords: methodology, models, synthesis, structure, system of rhb protection.
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