3GPP Rel-10 has been continuously enhanced in conjunction with availability of new spectrum. Among various additional capabilities in 3GPP Rel-11 and Rel-12, the performance of mobile broadband data has been increased to peak data rates of 4 Gbps in the downlink and 1.5 Gbps in the uplink through aggregation of multiple bands. Enhanced MIMO schemes and higher order modulations (i.e., 256QAM and 1024QAM) have further increased the cell spectral efficiency in the latest releases of LTE. For the time being, the evolution of mobile broadband will remain the most viable path because the demand for such services is proven to be strong and profitable for the operators and device/equipment vendors. Commercial implementation of other capabilities introduced by 3GPP in the past releases of LTE has not been as strong as anticipated. Deployment of HetNets with various features coordinating radio resources among large and small cells has been slow. Challenges include the signifi- cant difficulties and cost of upgrades and deployment of large number of small cells in urban areas and providing backhaul connection via optical fiber for user data and signaling. The process of making LTE as of part of 5G standards package requires various enhance- ments and new features in LTE Rel-14 and Rel-15. The most significant ones are ICN is an approach to evolve the Internet infrastructure away from a host-centric paradigm based on perpetual connectivity and the end-to-end principle, to a network architecture in which the focus is on content or data [38]. In other words, ICN is an approach to evolve the Internet infrastructure to directly support information distribution by introducing uniquely named data as a core Internet principle. Data becomes independent from location, application, storage, and means of transportation, enabling or enhancing a number of desirable fea- tures, such as security, user mobility, multicast, and in- network caching. Mechanisms for realizing these ben- efits are the subject of ongoing research in Internet Engi