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Information × Registration Number 0225U003345, (0124U004198) , R & D reports Title Modern methods of mathematical and computer modeling for applied and theoretical problems. Actual problems of teaching mathematics in higher education. popup.stage_title Cучасні методи математичного та комп’ютерного моделювання для прикладних та теоретичних задач. Актуальні проблеми викладання математики у вищій школі. Head Desiatskyi Serhii P., Кандидат фізико-математичних наук Registration Date 20-06-2025 Organization State Higher Educational Institution "Azov State Technical University" popup.description1 Construction and research of mathematical models of theoretical, natural and technological processes and tasks and their improvement. Development of new methods of teaching mathematics. popup.description2  Object of study - mathematical and computer modeling for abstract, technical and economic objects, methods of teaching mathematics at a technical university based on web technologies. The purpose of the research is to study processes in various fields of natural science, economics and technology by creating mathematical models, analyzing them using mathematical methods and computer modeling. Development of new methods of teaching mathematics. The research method is analytical and numerical modeling. Methodological developments, such as testing students using information and computer technologies. The use of modern artificial intelligence systems. Research results: The ComfortCity computer program was designed and developed to model residential areas and predict the spread of impurities in urban areas. This software product allows you to arbitrarily place houses and pollution sources, or download the configuration from a map and simulate the wind situation. Methods for constructing symmetric equations of paired linear regression, i.e., equations that describe the same regression line when the choice of the independent variable changes, are considered. To construct the equation, an objective function based on generalized averages and the Ehrenberg formula is used. The possibilities of increasing the efficiency of distance and blended learning of the section “Probability Theory and Mathematical Statistics” of the course “Higher Mathematics” for applicants for technical specialties are considered. The expediency of introducing interactive learning tools, such as adaptive online testing, visualizations in GeoGebra, and digital models for the study of limiting cases, is substantiated. Examples of already implemented methodological solutions and prospects for further development of educational content for technical universities are given. Product Description popup.authors Borzilo Oksana O. Bulanchuk Halyna H. Hrafov Viktor V. Desiatskyi Serhii P. Lopatenko Olena V. Nosovska Svitlana Ye. popup.nrat_date 2025-06-20 Close