The paper presents the flow-based models that were designed for solving dynamic queues balancing problem on the telecommunication network routers. Within the models the problem of queue balancing was reduced to solution of the linear and nonlinear programming optimization problems. By using flow-based models with varying degrees of accounting parameters of transmitted flows the research of the queue balancing process was performed.
Alexander V Lemeshko, Ali Salem Ali, Zaid A Sabeeh. Researching and Designing of the Dynamic Flow-Based Queue Balancing Models on Telecommunication Network Routers // International Journal of Wisdom Based Computing, Vol. 2(1), April 2012. - 47-51.

In this paper, an approach to the multitensor description of telecommunication network attending for a great amount of user traffics being transmitted between the multitude of network units is considered. In order to provide the multiple-aspect description of the telecommunication network (TCN), its mathematical model is represented as a mixed-dimensional geometric object - a multitensor. Owing to happy choice of coordinate systems for multitensor representation, it is possible to simplify significantly formalization and computation of a number of important network problems of the TCN analysis and synthesis.
Popovsky Vl., Lemeshko A. Multitensor Model of the Telecommunication Network // Modern Problems of Radio Engineering, Telecommunications and Computer Science / Proceedings of conference International TCSET’2004 / Lviv-Slavsko. 2004. PP. 323-325.