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Impact of Backhauling Power Consumption on the Deployment of Heterogeneous Mobile Networks.

, , , , , and . GLOBECOM, page 1-5. IEEE, (2011)

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Impact of Backhauling Power Consumption on the Deployment of Heterogeneous Mobile Networks., , , , , and . GLOBECOM, page 1-5. IEEE, (2011)Energy Efficient Network Deployment With Cell DTX., , , and . IEEE Communications Letters, 18 (6): 977-980 (2014)Cost- and energy-efficient backhaul options for heterogeneous mobile network deployments., , , , , , and . Photonic Netw. Commun., 32 (3): 422-437 (2016)Energy performance evaluation revisited: Methodology, models and results., , , and . WiMob, page 1-7. IEEE Computer Society, (2016)Energy- and cost-efficient ultra-high-capacity wireless access., , and . IEEE Wirel. Commun., 18 (5): 18-24 (2011)Energy and throughput tradeoff in temporal spectrum sharing., , and . CrownCom, page 265-269. ICST / IEEE, (2012)Energy performance of 5G-NX radio access at country level., , , and . WiMob, page 1-6. IEEE Computer Society, (2016)ICI-Minimizing Blind Uplink Time Synchronization for OFDMA-Based Cognitive Radio Systems., , , , and . GLOBECOM, page 1-6. IEEE, (2009)Impact of densification on energy efficiency in wireless access networks., , and . GLOBECOM Workshops, page 57-62. IEEE, (2012)Modeling Energy Performance of C-RAN With Optical Transport in 5G Network Scenarios., , , , , and . JOCN, 8 (11): B21-B34 (2016)