Modeling of transport flows of energy resources in digital logistics based on the methodology of multidimensional network structures.

Abstract

The article presents an approach used to analyze network streaming phenomena and processes of transfer of continuous and discrete traffic flows over network-like n-dimensional network structures. The authors have developed an approach focused on developing algorithms embedded in the servers of integrated platforms to function logistics network processes and are in demand for forming a stable digital environment. The originality of the authors’ approach lies in expanding the theoretical apparatus of management by including software solutions built based on complex mathematical n-dimensional models. The proposed research results develop a general approach to solving one-dimensional network logistics problems. Until recently, as a rule, in the formulation of logistic problems, only one-dimensional supply chains or simple problems of forming customer value on mathematical graphs were used, in the form of which the image of network logistic and commercial structures is presented. The feature under consideration is always present in the movement processes of continuous flows of energy resources between the nodes of the logistics network. The proposed methodology of multidimensional network structures can also be extended to a more general case of modeling discrete traffic flows in digital logistics.