FEATURES OF INDUSTRIAL PRODUCTION OPTIMIZATION BASED ON MATHEMATICAL PROGRAMMING

The aim of the study is to substantiate the structure and parameters of a mathematical model intended for solving the task of optimizing loading the equipment at an industrial enterprise engaged in multivariety series production. The objective is to develop a mathematical model and a software implementation system to conduct studies assessing its effectiveness in addressing the challenge of enhancing industrial production efficiency. The paper uses a method of mathematical modelling based on linear programming methods. The novelty of the study addresses questions regard-ing the validation of parameters for a mathematical model optimized for equipment loading in tasks with high-dimensional complexity.
The findings include developing a mathematical model and associated software, capable of boosting the opera-tional efficiency of industrial enterprises. The conclusions are the results of this study will prove useful for developers of software systems employed in production management at industrial enterprises.

production process, production capacity, linear modelling methods, multi-product production, production resource management, equipment loading optimization