Modelling Research on Breaking through the Blockade Area

XIAO-NAN ZHANG, PENG SUN, PENG-CHENG LUO, XIN-WU HU, JIA-QING ZHOU

Abstract


As the detection capabilities of submarines including surface ships, anti-submarine submarines, anti-submarine aircraft and submarine sonar surveillance systems (SOSUS) advances, the submarine’s own survival has been greatly challenged[1,2]. In order to effectively improve the survivability of the submarine on the battlefield, it is necessary to conduct in-depth study on the issue of the submarine breaking the anti-submarine blockade. The traditional method costs a long time, considers less antagonistic factors of the enemy and not practically[3]. Therefore, this article made a deep study of the submarine breaking through the search area with double-ships cruising, established the position estimation models for submarine, self-propelled decoy and other objects in the movement process, and put forward the evaluation system of the corresponding breakthrough schemes, so as to obtain the best breakthrough route. Finally, simulations are applied to verify the feasibility of this method, which provides the theoretical basis for the battle of protecting the submarine to break through blockade area.

Keywords


Mathematical modeling, Decision making, Nonlinear programming, Genetic algorithm.Text


DOI
10.12783/dtetr/pmsms2018/24900

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