Recently, a series of innovative information-centric networking (ICN) architectures have
been designed to better address the shift from host-centric end-to-end communication to …

Proactive caching can be a key enabler for reducing the latency of retrieving predictable
content requests, alleviating backhaul traffic and mitigating latency caused by handovers. In …

Caching popular content files at small-cell base stations (SBSs) has emerged as a
promising technique to meet the overwhelming growth in mobile data demand. Despite the …

Software-defined networking and in-network caching are promising technologies in the next
generation wireless networks. In this paper, we propose enhancing the quality of experience …

Vehicular named data networking (V-NDN) is a network architecture that combines named
data networking (NDN) and vehicular ad hoc networks (VANETs). Due to the high-speed …

Proactive caching will enable the 5G networks of the future to meet the challenge of
continuously increasing wireless data traffic. Thanks to proactive caching, we are observing …

Notwithstanding the significant attention that network function virtualization architectures
received over the last few years, little attention has been placed on cases where proactive …

We consider the problem of proactive (ie predictive) content caching that is aware of the
costs of retention of the content in the cache. Prior work on caching (whether proactive or …

We present LL-MEC, the first open source Low-Latency Multi-access Edge Computing
(MEC) platform enabling mobile network monitoring, control, and programmability while …

Massive deployment of small cell base stations (SBSs) is going to play a key role for
capacity and coverage enhancements in 5G networks. However, the backhaul for these …