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Ushbu maqolada jangovar qurol va texnikalarning jangovar potensialini aniqlashning matematik modellari va harbiy xizmatchining jangovar qobiliyatini baholash mezonlari tahlil qilingan. Shuningdek, harbiy bo‘linmaning jangovar salohiyatini baholash masalalaridan biri bo‘lgan jangovar texnika va qurollarning jangovar potensialini aniqlashda jangda jangovar vositalar taktik-texnik xususiyatlarining muhimlik darajasi koeffi tsiyentlari asosida uning jangovar potensialini belgilash mezonlarini takomillashtirish bo‘yicha taklifl ar bayon etilgan.

  • Web Address
  • DOIhttps://dx.doi.org/ 10.36522/2181-9637-2023-5-4
  • Date of creation in the UzSCI system 05-03-2024
  • Read count 130
  • Date of publication 31-10-2023
  • Main LanguageO'zbek
  • Pages33-41
Ўзбек

Ushbu maqolada jangovar qurol va texnikalarning jangovar potensialini aniqlashning matematik modellari va harbiy xizmatchining jangovar qobiliyatini baholash mezonlari tahlil qilingan. Shuningdek, harbiy bo‘linmaning jangovar salohiyatini baholash masalalaridan biri bo‘lgan jangovar texnika va qurollarning jangovar potensialini aniqlashda jangda jangovar vositalar taktik-texnik xususiyatlarining muhimlik darajasi koeffi tsiyentlari asosida uning jangovar potensialini belgilash mezonlarini takomillashtirish bo‘yicha taklifl ar bayon etilgan.

Русский

В данной статье анализируются математические модели определения боевого потенциала боевого оружия и техники и критерии оценки боеспособности военнослужащего. Также рассмотрены вопросы определения боевого потенциала боевой техники и вооружения на основе коэффициентов значимости тактико-технических характеристик боевой техники в бою, как одного из важнейших критериев оценки боевого потенциала воинской части, предложены меры по совершенствованию критериев определения боевого потенциала боевой техники.

English

This article analyzes mathematical models for determining the combat potential of combat means and equipment and criteria for assessing the combat capability of a serviceman. Also in this article, one of the issues in assessing the combat potential of a military unit is the model for determining tactical and technical indicators and characteristics that are important in a battle when determining the combat potential of military equipment and weapons, as well as tactical and technical indicators of military equipment and weapons. Improving the criteria for determining its combat potential based on the rates of importance in combat.

№ Author name position Name of organisation
1 Meliqoziyev R.S. “Kompyuter injiniringi” kafedrasi mudiri Toshkent amaliy fanlar universiteti
№ Name of reference
1 Donskov, Y., Fedyunin, P., & Vasiliev, V. (2020). The use of geospatial data in determining the location of a moving ground target and its destruction. Military Thought(12), 99-108.
2 Elyushkin, V. (2019). Geoinformation support of military operations. From sufficiency to excellence (2nd ed., add. and corrected). Moscow: Samizdat Publ.
3 Fedotov, G. (1986). Avtomatizirovannoye proyektirovaniye avtomobil’nykh dorog [Automated design of highways]. Moscow: Transport Publ.
4 Hofer, R., & Loper, M. (1995). DIS to day. Proceedings of the IEEE, 83(8), pр. 1124-1137.
5 Kravchenko, P., & Omarova, G. (2014). Mikroskopicheskiye matematicheskiye modeli transportnykh potokov [Microscopic mathematical models of traffic flows]. Problems of Computer Science(1), 24-31.
6 Nazroev, N., Rutko, I., & Fisich, B. (2020). The role of the geographic information environment in the control system of military radio systems. Military Thought(12), 65-72.
7 Rosenberg, I. (2016). Geoinformatsionnoye modelirovaniye kak fundamental’nyy metod poznaniya [Geoinformation modeling as a fundamental method of knowledge]. Perspectives of Science and Education, 3(21), 12-15.
8 Rumyantsev, D., & Fedorov, V. (1984). Inzhenernyye aeroizyskaniya avtomobil’nykh dorog [Engineering aerial surveys of highways]. Moscow: Transport Publ.
9 Vasiliev, V., Fedyunin, P., Manin, V., & Vasiliev, A. (2020). Conceptual assessment of reconnaissance support for aviation strike actions. Aerospace Forces. Theory and practice(14), 41-53.
10 Zhankaziev, S. (2012). Formation of the life cycle of a local project of an intelligent transport system. Motor Transport Enterprises(11), 31-33.
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