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
Zagorka O., Kolesnikov O., Koval V., Zagorka O. On the issue of the use of reconnaissance-strike and reconnaissance-fire systems in network-centric warfare. Scientific and technical journal “Science and technology of the Armed Forces of the Armed Forces of Ukraine”. 2012. No. 3 (9). P. 8–13.
Tarasov V., Tymoshenko R., Zagorka O. Reconnaissance-strike, reconnaissance-fire complexes (principles of construction, evaluation of the effectiveness of combat use) Kyiv: NUOU named after Ivan Chernyakhovskyi, 2015. 170 p.
Maistrenko O. The use of ground troops in the Armed Forces of Ukraine in modern conflicts: Collection of abstracts of scientific and practical conference reports. (Lviv, November 18, 2021). Lviv: NASV, 2021. 231p.
Riman O., Shevtsov R. Justification of the expedient method of defeating the enemyʼs artillery units: Collection of theses of reports of the scientific and practical conference. (Lviv, November 20, 2020). Lviv: NASV, 2020. 268 p.
Golovchenko O., Lykholyot O., Shevtsov R. Content analysis of promising trends in the armed struggle by the forces and means of the military enemy of Ukraine. Collection of scientific works of the National Defense University of Ukraine named after Ivan Chernyakhovskyi “Works of the University”. 2020. No. 4 (162). P. 140–149.
Riman O., Shevtsov R. Features of the combat use of artillery units by the enemy according to the experience of the Russian-Ukrainian war of 2022: Collection of theses of reports of the Scientific and Technical Conference. (Amounts on December 2, 2022). Sumy: SRC of MF and A. 2022. 72 p.
Pasko I., Meleshko O. Increasing the effectiveness of fire damage of highly maneuverable artillery units. Scientific journal of Ivan Kozhedub Air Force System Kharkiv University “Armament and military equipment”. 2016. No. 1(45). P. 59-61.
Meleshko O., Trofymenko P. Ways of increasing the effectiveness of fire damage to highly maneuverable targets. A collection of scientific works of the Kharkiv National University of the Air Force named after Ivan Kozhedub “Information processing systems”. 2010. No. 6(87). P. 136-138.
Repilo Yu., Svidlov Yu., Methodology for evaluating the effectiveness of fire damage of artillery of a possible enemy in counter-battery combat. Collection of scientific works of the National Academy of Defense of Ukraine “Proceedings of the Academy”. 2002. No. 40, pp. 71-76.
Riman O., Salkutsan S. Evaluation of the effectiveness of defeating ground elements of the enemyʼs unmanned aircraft systems by missile troops and artillery. A collection of abstracts of scientific and practical seminar reports. (Kyiv, March 12, 2014). Kyiv: NUOU named after Ivan Chernyakhovsky, 2014. P. 36–56.
Sokolovsky S. Evaluation of the effectiveness of defeating elements of the enemyʼs combat control system by artillery fire. A collection of abstracts of scientific and practical conference reports. (Kyiv, October 27, 2011). Kyiv: NUOU named after Ivan Chernyakhovsky, 2011. P. 51–57.
Kalashnikov E., Salkutsan S. Evaluation of the prognostic effectiveness of defeating the enemyʼs rear support system by missile forces and artillery in operations. A collection of scientific works of the National Defense University of Ukraine named after Ivan Chernyakhovsky “Works of the University”. 2012. No. 6(112). P. 38–43.
Riman O., Shevtsov R. Hierarchical system of targets for fire damage of enemy artillery units in modern conditions: Collection of theses of reports of the Scientific and Technical Conference (Sumy, December 2-3, 2021). Sumy: SRC of MF and A. 2021. 72 p.
Shevtsov R. Justification of the totality of indicators of the effectiveness of the fire damage of enemy artillery units by missile troops and artillery in the operation. A collection of scientific works of the National Defense University of Ukraine named after Ivan Chernyakhovsky “Works of the University”. 2023. No. 1(176).
Bobrykov A. Evaluation of the effectiveness of fire defeat by missile strikes and artillery fire. St. Petersburg. Galea Print, 2006. 424 p.
Ivlev A. Fundamentals of Boyd theory. Directions of development, application, and implementation. Monograph. Available from : http://old.vko.ru/pdf/2008/library/08_05_23_02.pdf.
Artyukhov A., Werner I., Havalko V. Basics of modeling military operations. Textbook Kyiv. NAOU, 2005. 483 p.
Wentzel Е. Operations research. Moscow: Soviet Radio, 1972. 552 p.
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