Caching at mobile edge servers can smooth temporal traffic variability and reduce the
service load of base stations in mobile video delivery. However, the assignment of multiple …

Video traffic is becoming the dominant form of traffic over mobile networks, challenging the
ongoing standardization and deployment of Next generation mobile networks (4G) …

The introduction of cache can reduce unnecessary traffic load and improve latency in the
wireless access networks, especially for wireless video broadcasting. But how cache …

Distributed caching architectures have been proposed for bringing content close to
requesters, and the key problem is to design caching algorithms for reducing content …

To meet the ever-increasing demands for mobile video streaming, proactive caching over
the network edge has been proposed as a promising solution for next generation wireless …

Content distribution networks, enabled through replicated caching, have enabled
broadband content delivery over the wired Internet. In this paper we propose a wireless …

With increasing demand for video streaming applications, exploiting cached content at the
network edge becomes paramount to prevent congestion in the link between the wireless …

We suggest a novel approach to handle the ongoing explosive increase in the demand for
video content in mobile devices. We envision femtocell-like base stations, which we call …

Current mobile networks are facing dramatic growth in wireless traffics due to the prosperity
of streaming media services. Cooperative edge caching, enabling multiple edge nodes to …

One of the major goals of the 5G technology roadmap is to create disruptive innovation for
the efficient use of the radio spectrum to enable rapid access to bandwidth-intensive …