The paper proposes a new method for modelling multiservice cellular networks with traffic
overflow. The proposed method employs a model of Erlang's Ideal Grading (EIG) with …

This article presents, in short, the state of the art of modelling overflow systems and
proposes a new method for a determination of characteristics of multi-service overflow …

This paper presents a new, accurate multi-service model of a queueing system with state-
dependent distribution of resources for each class of calls. The analysis of the considered …

This paper presents a complete methodology for modeling gradings (also called non‐full‐
availability groups) servicing single‐service and multi‐service traffic streams. The …

This article describes an approximate model of a group of cells in the wireless 4G network
with implemented load balancing mechanism. An appropriately modified model of Erlang's …

This article presents a novel, approximate method that makes it possible to analyse multi-
service switching networks. The method belongs to the group of the so-called effective …

The present paper proposes a new method for analytical modelling multiservice networks
with implemented traffic overflow mechanisms. The basis for the proposed method is a …

This article presents a universal and versatile model of multiservice overflow systems based
on Hayward's concept. The model can be used to analyze modern telecommunications and …

The present article proposes an analytical model of the WCDMA radio interface that is based
on the concept of Erlang's Ideal Grading (EIG) with multi-rate traffic. The proposed approach …

In the paper, a new analytical model of multi-service communication networks with traffic
overflow is elaborated. It is assumed that both: primary resources and alternative resources …