5G network model development in AnyLogic environment

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This article describes the analysis of programs for modeling 5G networks. In the selected AnyLogic program, a 5G network model with several base stations that have di erent characteristics was created. Studies of this model have been made taking into account various disciplines of the queue, the load on each station has been calculated at di erent priorities. It is proved that this model can be used to study and evaluate the of data transmission e ciency in 5G networks, as well as to analyze the impact of the characteristics of additional parameters (latency, load and priorities) on the quality of data processing. The studies con rmed that the developed 5G network model can help telecom operators optimize performance of their networks and ensure more e cient use of allocated resources.

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5g networks, latency, packet loss, data transmission, base stations, anylogic program, service time, queue, network load

Короткий адрес: https://sciup.org/140303630

IDR: 140303630   |   DOI: 10.18469/ikt.2023.21.2.02

Статья научная