Tutto DSpace

Sfoglia per Soggetto "Radio access technologies"

Items 1-6 di 6

    • 5G-XHaul: a converged optical and wireless solution for 5G transport networks 

      Gutiérrez J., Maletic N., Camps-Mur D., García E., Berberana I., Anastasopoulos M., Tzanakaki A., Kalokidou V., Flegkas P., Syrivelis D., Korakis T., Legg P., Markovic D., Lyberopoulos G., Bartelt J., Chaudhary J.K., Grieger M., Vucic N., Zou J., Grass E. (2016)
      The common European Information and Communications Technology sector vision for 5G is that it should leverage on the strengths of both optical and wireless technologies. In the 5G context, a wide spectra of radio access ...

    • Dynamic RAT Selection and Pricing for Efficient Traffic Allocation in 5G HetNets 

      Passas V., Miliotis V., Makris N., Korakis T. (2019)
      In this paper, we focus on 5G heterogeneous networks, considering the existence of multiple Distributed Units (DUs) that can provide access to end users implementing several access technologies, managed by a Central Unit ...

    • MATCH: Multiple Access for Multiple Traffic Classes in 5G HetNets 

      Passas V., Makris N., Miliotis V., Korakis T., Tassiulas L. (2018)
      Ultra-Dense Heterogeneous Network deployments are expected to boost the offered network capacity and enhance the user-perceived Quality of Experience, through the simultaneous offering of multiple technologies using distinct ...

    • Multi-RAT spectrum reallocation including carrier aggregation for 5G networks 

      Galanopoulos A., Foukalas F., Xenakis A. (2018)
      Towards the 5G vision of massive access exploding the growth in data traffic, spectrum refarming and reallocation are considered key enabling technologies. Using spectrum reallocation (SR) with the spectrum originally ...

    • On minimizing service access latency: Employing MEC on the fronthaul of heterogeneous 5G architectures 

      Makris N., Passas V., Nanis C., Korakis T. (2019)
      Multiple-access Edge Computing (MEC) has been proposed as a means to minimize the user to service path latency, by deploying and operating datacenter resources close to the network edge. The introduction of 5G mobile network ...

    • Portfolio Theory Application for 5G Heterogeneous Cloud-RAN Infrastructure 

      Miliotis V., Makris N., Passas V., Korakis T. (2020)
      Mobile telecommunication infrastructure has been considered as the deployment of predefined network components at the end-user access. The advent of novel 5G technologies allows the re-conception of the traditional model ...