Control Optimization of Readiness Mode of Antiaircraft Fire Weapons in Antiaircraft Fire Covering System of Surface Ships Formation in Case of Attack Threat of Anti-Ship Cruise Missiles

Currently, the decisive factor in development of theory military art sea is fact transition to creation and use precision-guided long-range munition by an enemy - anti-ship cruise missiles (ASCM), so that destroy ships from remote lines without entering zone fighter aircraft action reach antiaircraft missile system. A promising direction organization building effective combat such complex systems as anti-aircraft defense contour a single surface ship, system group threat attack repelling attacks missiles, improvement algorithms for information processing control weapons combination with their automation. Modern technologies based on computer technology mathematical modeling allow improving decision-making process tasks systems, processes planning organizing activities. The methods “artificial intelligence”, automation forces means significantly increase efficiency decision-making. fleeting nature rapid change situation require solving problem real time, impossible full controlling defense, case human participation should be minimized, completely excluded if possible. One real-time operation fire covering formation. Determination optimal (expedient) readiness mode included its composition prerequisite functioning combat. article proposes solution optimization formation attacking missiles. obtained results will substantiation also recommendations setting duty schedule interests defense. presented model developed basis algorithm program can recommended inclusion both automated respectively connections ships.