Autors: Svinarov A., Baeva, S. K.
Title: Mathematical Model and Mobile Application to Support Decision-Making in Conditions of Uncertainty when Investing in Terrains for Construction of Renewable Energy Sources
Keywords: mathematical model, mobile application, decision-making

Abstract: Renewable energy sources are of great importance for the whole world - environmental, social, political, etc. This is one of the main priorities of the European Union. Investing in terrains for the construction of renewable energy is a risky investment because the conditions under which it must be built and operate are not completely unknown, i.e., there is uncertainty about the environment. The investments made can be both profitable and unprofitable. This research presents a mathematical model and a mobile application for the optimal solution to this problem. A multi-criteria optimization problem under conditions of uncertainty is solved, which, through appropriate scalarization and efficiency coefficients, is reduced to a single-criteria problem - a knapsack problem with Boolean variables, considering the stochastic nature of nature. The solving algorithms are implemented in a mobile application for the Android system in Java programming environments.



    48th International Conference Applications of Mathematics in Engineering and Economics, vol. Volume 2939, pp. 100006-1–100006-13, 2023, Bulgaria, AIP Conference Proceedings,

    Copyright AIP Conference Proceedings

    Вид: пленарен доклад в международен форум, публикация в реферирано издание, индексирана в Scopus