On a Total Amount of Occupied Resource in the System with Parallel Service and Renewal Arrival Process

Elizaveta Chernyshova, Ekaterina Lisovskaya, Svetlana Moiseeva, Michele Pagano
Resource queueing systems has emerged as a powerful tool to calculate the capacity of a base station that serves customers using video services. In this scenario, two types of resources are used: uplink and downlink bandwidth. This means that if there is not enough bandwidth to meet the requirements, the client will not be able to connect. Network designers set the task of determining the optimal value of the cell capacity in order to minimize the loss of connection and downtime of radio resources due to which the operator may suffer losses. To address such issue, this paper carries out an analytical study of a resource queue with random resource requirements.