By Hrishikesh Venkataraman, Ramona Trestian
ISBN-10: 1498747108
ISBN-13: 9781498747103
C-RAN and virtualized Small cellphone know-how poses numerous significant study demanding situations. those comprise dynamic source allocation, self-configuration within the baseband pool, excessive latency in facts move among radio unit and baseband unit, the price of info supply, excessive quantity of information within the community, software program networking facets, strength power rate reductions, safeguard matters, privateness of user’s own information at a distant position, barriers of virtualized atmosphere, and so on. This e-book offers deeper insights into the following iteration RAN structure and surveys the coexistence of SDN, C-RAN and Small Cells strategies proposed within the literature at diverse levels.
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Extra resources for 5G radio access networks : centralized RAN, cloud-RAN, and virtualization of small cells
Example text
The pricing b k p k will ensure that the serving set data AEs for the user k could be penalized when they cause serious interference to other users with more transmission powers. 3 Nash Equilibrium for the Power Adjustment Game The Nash equilibrium is a steady state that offers a predictable outcome for a game, where data AEs compete with selfish actions through self-optimization and converge to a point that no Data-AEs wish to deviate unilaterally. 18), the Nash equilibrium is defined as follows.
The system EE at the Nash equilibrium solution of the proposed NPGP is much better than that of the EPA at each value of η , which proves the performance improvements of the UP adaptation scheme. 4 Routing Strategy in OpenFlow-Enabled FNA Evolution In order to further improve the resource efficiency, especially the AE usage efficiency, we discuss the routing strategy in the densely deployed RAN of FNA in this section. 5 System throughput of the user-centric UP construction. introduce the framework of OpenFlow-enabled FNA evolution, which decouples CP from UP, and explore network virtualization through Software-Defined Network approaches.
Imre, D. O’ Brien, M. Rupp, L. Gyongyosi, Wireless myths, realities, and futures: From 3G/4G to optical and quantum wireless, Proceedings IEEE , Vol. 100, pp. 1853– 1888, 2012. M. Yang, Y. Li, D. Jin, OpenRAN: A software-defi ned RAN architecture via virtualization. ACM SIGCOMM , pp. 549– 550, 2013. 4. X. Jin, L. E. Li, L. Vanbever, J. Rexford, Softcell: Scalable and flexible cellular core network architecture, ACM Conference on Emerging Networking Experiments and Technologies, Santa Barbara, CA, 2013.
5G radio access networks : centralized RAN, cloud-RAN, and virtualization of small cells by Hrishikesh Venkataraman, Ramona Trestian
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