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When solving problems related to capital investments in the company, it is necessary to work out the problem in detail and take into account as many influential parameters as possible in order to make the optimal decision. One such problem is the selection of the main warehouse location for the needs of a given company with dispersed centers. Multi-criteria decision-making methods can be applied to successfully solve such complex problems. In this paper, the EDAS method will be applied to achieve the optimal selection of the location of the main warehouse in a company with several dispersed centers. [ABSTRACT FROM AUTHOR]

Multi-criteria decision-making methods are widely used to solve various problems in the industry, as well as to support the planning and designing industrial processes. Mining is a very complex and responsible activity, so when making a major decision, it is necessary to take into account several parameters and perform their detailed analysis. Due to the importance of proper decision making, multi-criteria optimization methods have a very wide application in mining. One of the most complex and important things in mining is the choice of mining method for underground exploitation, where the application of multi-criteria decision-making methods can help a lot in making the right decision. This paper will present the choice of the method of mining excavation by the TOPSIS method, according to which it was obtained that the Sublevel Caving is optimal for a given case. [ABSTRACT FROM AUTHOR]

This paper identifies the components necessary to develop a decision analysis framework on issues concerning the selection of a landfill location, to facilitate the selection of a multi-criteria decision analysis process, and thereafter to provide guidance on the implementation of the selected multi-criteria decision analysis method within the larger context of the people, processes, and tools used in decision making. The main subject of research of this paper is the applicability of multi-criteria decision analysis methods for selection of an optimal landfill location considering the complexity of the problem influenced by numerous and sometimes even contradictory aspects. [ABSTRACT FROM AUTHOR]

This paper identifies the components necessary to develop a decision analysis framework on issues concerning the environmental protection, to facilitate the selection of a multi-criteria decision analysis process, and thereafter to provide guidance on the implementation of the selected multi-criteria decision analysis method within the larger context of the people, processes, and tools used in decision making. The main subject of research of this paper is the establishment of an optimal system for ore transportation from an open-pit mine to a processing facility considering the aspect of environmental protection, using the multi-criteria decision analysis method Analytic hierarchy processes. [ABSTRACT FROM AUTHOR]