Methodology for Creating an Interactive Training Program for Virtual Port Modeling for Ship Servicing Tasks

A.M. Topalov

https://doi.org/10.15407/elmodel.48.04.109

Èlektron. model. 2026, 48(4):109-123

ABSTRACT

The methodology for creating an interactive training program for virtual port modeling, designed to study and optimize ship servicing processes, is considered. An approach to building virtual modeling of port systems based on mathematical models and numerical experiments is proposed. The main stages of modeling are revealed, including the definition of objectives, the formation of probabilistic characteristics of ship and resource flows, and the use of Poisson and Erlang distribution laws to describe the dynamics of port operations. Modern simulation modeling platforms such as AnyLogic, Simio, FlexSim, and Arena are analyzed. It is determined that the integration of mathematical models with high-performance computing and 3D visualization provides the ability to realistically reproduce port operations, estimate throughput capacity, optimize resource utilization, and improve the efficiency of logistics processes. The results obtained can be used to train specialists in the maritime industry and improve port complex management systems.

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KEYWORDS

3D environment, interactive training program, safety, system model, training, virtual modeling, port operations, simulation modeling.

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Received 01.01.2026