Archive
SCIENTIFIC WORK - 2026 SCIENTIFIC WORK - 2025 SCIENTIFIC WORK - 2024 SCIENTIFIC WORK - 2023 SCIENTIFIC WORK - 2022 SCIENTIFIC WORK - 2021 SCIENTIFIC WORK - 2020 SCIENTIFIC WORK - 2019 SCIENTIFIC WORK - 2018 SCIENTIFIC WORK - 2017 SCIENTIFIC WORK - 2016 SCIENTIFIC WORK - 2015 SCIENTIFIC WORK - 2014 SCIENTIFIC WORK - 2013 SCIENTIFIC WORK - 2012 SCIENTIFIC WORK - 2011 SCIENTIFIC WORK - 2010 SCIENTIFIC WORK - 2009 SCIENTIFIC WORK - 2008 SCIENTIFIC WORK - 2007

DOI: https://doi.org/10.36719/2663-4619/126/131-135

 

Rashad Mammadov

Azerbaijan Oil and Industry University

PhD in Physics and Mathematics

https://orcid.org/0000-0001-6932-3332

rasadmammedov@gmail.com

Elshan Zeynalov

Azerbaijan Oil and Industry University

Master's student

https://orcid.org/0009-0005-9997-3076

elshan.zeynalov.1993@mail.ru

 

The Role of Mathematical Modeling in Teaching Subject

“Optimization Methods” in Computer Science Specialties

 

Abstract

 

The significant role of mathematical modeling in teaching the course “Optimization Methods” within the Computer Science specialization is substantiated. It is emphasized that mathematical modeling is one of the primary tools for studying systems. Therefore, in order to determine ways to increase efficiency in managing various dynamic and economic systems, it is first necessary to construct a mathematical model of the problem at hand.

The use or development of software packages for solving such problems is directly related to this modeling stage. From both practical and efficiency perspectives, it is considered essential to examine optimization problems. Taking this into account, optimization problems from various fields are analyzed, their mathematical models are formulated, and solutions are obtained accordingly.

The considered problems cover mathematical, physical, and economic domains. To obtain an approximate solution to the problem of efficient reservoir design, a computational program was developed in C#.

Keywords: computer science, optimization methods, Didonni problem, extremum of a function, linear programming problem


Views: 5