Mathematical Model for Solving Problem of Target Allocation of Antiaircraft Fire Weapons in AD Contour of Surface Ship (in AD System of Group of Ships) in Case of Attack Threat and Repelling Attacks of Anti-Ship Cruise Missiles

The improvement of the algorithms processing information and controlling weapons systems in combination with their automation, which can significantly reduce time from moment detection air targets to destruction, is a promising direction organizing building effective combat use such complex as contour antiaircraft defense (AD) single surface ship AD system group ships. transition creation precision-guided long-range munition, e.g. anti-ship missiles (AShM), allows destroy ships remote lines without entering zone fighter aircraft action reach missile system. When repelling attacks cruise missiles, poor-quality solution problem target allocation fire (group ships) does not allow realize capabilities (system) whole, leads loss capability (ships). main difference between proposed mathematical model for solving those implemented fact that it provides possibility evaluating own enemy’s AShM when developing an optimal plan based on detailed account range, coordination destruction zones, sectors fire, implementation tasks, mutual security measures, electromagnetic compatibility electronic means, i.e. taking into existing zones weapons, well time. task carried out both directly during combat, case attack threat AShM. In its turn, last one makes possible optimize covering problem, particular. presented algorithm program developed basis be recommended after appropriate modification inclusion automated control respectively connections ships, solve scale close real.