Modeling and Performance Analysis of Elastic Traffic with Minimum Rate Guarantee Transmission Under Network Slicing

Abstract

The technology of network slicing allows network resources to be distributed among virtual mobile operators in the context of a general increase in the amount of information transmitted. It is important to guarantee the quality of service requirements for user delays. For effective resource sharing, a mathematical and simulation model of a queuing system with elastic traffic, finite queue, and a finite number of sources has been developed. A numerical analysis of such characteristics as the average time and the average number of requests in the system, the share of resource utilization was performed.