Source of Publication
Wireless Communications and Mobile Computing
© 2017 Ricardo Marco Alaez et al. Fourth-Generation (4G) mobile networks are based on Long-Term Evolution (LTE) technologies and are being deployed worldwide, while research on further evolution towards the Fifth Generation (5G) has been recently initiated. 5G will be featured with advanced network infrastructure sharing capabilities among different operators. Therefore, an open-source implementation of 4G/5G networks with this capability is crucial to enable early research in this area. The main contribution of this paper is the design and implementation of such a 4G/5G open-source testbed to investigate multioperator infrastructure sharing capabilities executed in virtual architectures. The proposed design and implementation enable the virtualization and sharing of some of the components of the LTE architecture. A testbed has been implemented and validated with intensive empirical experiments conducted to validate the suitability of virtualizing LTE components in virtual infrastructures (i.e., infrastructures with multitenancy sharing capabilities). The impact of the proposed technologies can lead to significant saving of both capital and operational costs for mobile telecommunication operators.
Electrical and Computer Engineering
5G mobile communication systems; Long Term Evolution (LTE); Mobile telecommunication systems; Network architecture; Testbeds; Virtual reality; Design and implementations; Empirical experiments; Fifth generation (5g); Fourth-generation (4G) mobile networks; Infrastructure sharing; Mobile telecommunications; Open source implementation; Virtual infrastructures; Wireless telecommunication systems
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.
Marco Alaez, Ricardo; Alcaraz Calero, Jose M.; Wang, Qi; Belqasmi, Fatna; El Barachi, May; Badra, Mohamad; and Alfandi, Omar, "Open-source based testbed for multioperator 4G/5G infrastructure sharing in virtual environments" (2017). All Works. 2600.
Indexed in Scopus
Open Access Type
Gold: This publication is openly available in an open access journal/series