Abstract
Analysis of wars and armed conflicts in recent years and the implementation of tasks by military units (units) in the Joint Forces operation (anti-terrorist operation) confirms that the success of tasks of mechanized, tank, assault and other military units (units) will depend on the effectiveness of troops (forces) support systems. The location of military units (units) conducting combat operations in a constant state of combat will depend on the efficiency of the support system, ie how the logistics units will deliver materials, fuel and lubricants, restore damaged samples of weapons and military equipment, etc. At the same time, the effectiveness of their operation will fully depend on the timely and high-quality restoration of rear equipment, which received combat or operational damage, repair and recovery units (units). Therefore, the article proposes a methodological approach to substantiate the composition of repair units for the restoration of rear equipment of the operational group of troops, which is based on solving the optimization problem of integer nonlinear programming to minimize costs for repair and maintenance of backup samples of rear equipment.
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