@ARTICLE{dallacia2018using, 
author={M. {Dalla Cia} and F. {Mason} and D. {Peron} and F. {Chiariotti} and M. {Polese} and T. {Mahmoodi} and M. {Zorzi} and A. {Zanella}}, 
journal={IEEE Internet of Things Journal}, 
title="{Using Smart City Data in 5G Self-Organizing Networks}", 
year={2018}, 
volume={5}, 
number={2}, 
pages={645-654}, 
keywords={5G mobile communication;cellular radio;machine-to-machine communication;mobility management (mobile radio);smart cities;telecommunication congestion control;telecommunication traffic;Smart City data;fifth-generation cellular systems;machine-to-machine communications;self-organization techniques;vehicular traffic data;heterogeneous networks;5G Self-organizing Networks;M2M communications;handover efficiency;London;mobility patterns;cell coverage areas;road traffic congestion;handover bias;mobility management entity;Handover;Sensors;Smart cities;5G mobile communication;Cellular networks;Optimization;Handover;heterogeneous networks (HetNets);SymbioCity;Traffic for London;virtual Mobility Management Entity (MME)}, 
doi={10.1109/JIOT.2017.2752761}, 
ISSN={2372-2541}, 
month={April},}