An improved mathematical model of fire damage to enemy artillery units by missile forces and artillery in operations
Abstract
Purpose: improvement of the existing mathematical model of the fire damage of the enemy's artillery units, which are integrated into the reconnaissance-fire system, taking into account the peculiarities of the functioning of the elements of its subsystems and the relationships between them.
Design/Method/Approach: the main methods of research are the method of system analysis and the method of average dynamics.
Findings: the proposed improved mathematical model allows to determine the numerical values of the indicators of the effectiveness of fire damage of the enemy's artillery units by missile troops and artillery in the operation, as well as to estimate the forecast damage caused to the enemy as a result of their damage, taking into account the allocated resource of fire means and ammunition.
Theoretical implications: the main results of the research on the topic of the article are the improvement of the scientific and methodological apparatus for evaluating the effectiveness of fire damage to enemy artillery units by missile troops and artillery in a defensive operation. This model can be used to improve the methodology for assessing the effectiveness of fire damage to enemy artillery units by means of missile troops and artillery in operations.
Papertype: scientific and theoretical article.
Keywords: mathematical model, missile troops and artillery, fire damage to the enemy, reconnaissance and fire system.
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References
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