Mobile edge caching network (MEN), which enables popular or reusable content caching
and sharing among adjacent mobile edge devices, has become a promising solution to …

The implementation of collaborative applications in highly volatile environments, such as the
ones composed of mobile devices, requires low coordination mechanisms. The replication …

We consider the issue of effective content management in mobile edge caching networks
due to the characters of mobile user devices' mobility and heterogeneity. We propose a …

Nowadays, smart mobile devices generate huge amounts of data in all sorts of gatherings.
Much of that data has localized and ephemeral interest, but can be of great use if shared …

With the roaring demands of network access, mobile edge caching (MEC) networks are
bringing the popular cloud storage services closer to the general public. Currently, a …

Abstract Mobile Edge Computing (MEC) is a paradigm that aims to bring cloud services
closer to mobile clients, effectively reducing latency and saving backbone bandwidth. As in …

Recently, we have seen a huge growth in the usage of mobile devices, and with this growth,
the data generated has also increased, being in a huge scale, user generated, eg, photos …

As the number of technological devices continues to grow exponentially, the demand for
edge computing has become increasingly urgent. This is due to the need for efficient and …

Mobile devices are present in people's everyday lives and have gone from being a tool used
purely to communicate. Currently they are also used as a means to entertain, by listening to …

Over recent years, smart mobile devices have grown in popularity. With such popularity
growth, data traffic has also increased, which gave rise to new problems such as higher …