Besides coping with the increasing demand of broadband services, 5th Generation (5G) radio access technology is expected to support mission critical communication (MCC) services targeting very low
Licensed-Assisted Access (LAA) which allows LTE to be deployed in unlicensed spectrum is a promising technique currently under standardization in 3GPP Rel-13.
ICN promises benefits to users and service providers along several dimensions, including lower response time, nearest-replica routing, intrinsic content integrity without external network-level ind
Slide set to shortly present functional architecture from WP5 of FINSENY.
Grid-enabled infrastructures and problem-solving environments can significantly increase the scale, cost-effectiveness and utility of scientific simulations, enabling highly accurate simulations th
Service providers around the globe have begun commercializing triple play services to better compete with cable and satellite operators.
The rapid growth in mobile data traffic has posed great challenges for mobile operators; and mobile operators are looking for more cost effective solutions to deliver mobile data without compromisi
In order to meet the ever-increasing demand for the throughput of 5G mobile communications, more and more frequency bands are defined for the LTE system.
© 1963-12012 IEEE. The fifth generation of cellular technologies, 5G, promises to deliver a wide variety of services.
In the current UTRAN (UMTS terrestrial radio access network) architecture, redundancy is one of the major issues, usually provided by means of robust network elements with high reliability and prot
