With the explosive growth of micro-video applications, the mobile traffic generated by
retrieving a few user-generated micro-videos has brought a massive burden to backhaul …

The explosive growth of video data traffic brings a great pressure on the future 5G networks.
Deploying caches at the radio access network and evolved packet core in the 5G network …

In 5G mobile network, SDN/NFV as a key technology is widely used in EPC networks. In
order to cope with the increasing data service in the EPC of 5G network, we propose a …

CCN (Content-centric network) has emerged as a promising architecture for future 5G
network due to its in-network caching capability and receiver-driven content retrieval …

Abstract Information-centric networking (ICN) is one of the most promising research topics
for the future Internet. ICN aims at circumventing several issues of current Internet protocol …

While the fifth-generation (5G) mobile networks are evolving to a content-centric paradigm,
the surging traffic demands keep stressing the ever-increasing network capacities. To …

To deal with the severe challenge from explosively increasing mobile users' multimedia
service requests in mobile networks, introducing cloud-based computing platform and …

Deploying caches in mobile networks, especially in the radio access network (RAN) is
regarded as a promising way to improve mobile user experiences and alleviate the …

Next-generation 5G networks are envisioned to support ultra low latency, leveraging the
benefits of caching at radio access network (RAN). While the low latency is proliferated by …

While the mobile networks are evolving to a content-centric paradigm, the surging traffic
demands keep stressing the ever-increasing network capacities. In-network caching and …