With the combination of Mobile Edge Computing (MEC) and the next generation cellular
networks, computation requests from end devices can be offloaded promptly and accurately …

An important use case of the Mobile Edge Computing (MEC) paradigm is task and data
offloading. Computational offloading is beneficial for a wide variety of mobile applications on …

Vehicular edge computing is a new computing paradigm. By introducing edge computing
into the Internet of Vehicles (IoV), service providers are able to serve users with low-latency …

Offloading tasks and data is an important use case for Mobile Edge Computing (MEC) that
benefits a wide variety of mobile applications on different platforms, including autonomous …

Vehicular fog computing is an emerging paradigm for delay-sensitive computations. In this
highly dynamic resource-sharing environment, optimal offloading decision for effective …

Internet of Things offers the infrastructure for smooth functioning of autonomous context-
aware devices being connected towards the Cloud. Edge Computing (EC) relies between …

Future network services are emerging with an inevitable need for high wireless capacity
along with strong computational capabilities, stringent latency and reduced energy …

This work contributes to a real-time, edge-centric inferential modeling and analytics
methodology introducing the fundamental mechanisms for (i) predictive models update and …

With the continuous popularization and evolution of 5G and 6G, mobile edge computing has
achieved rapid development. This study explores the New Generation Mobile Edge …

Tasks allocation at the edge of the network is a significant research topic for the upcoming
new era of the intelligent edge mesh. One can easily detect interesting attempts to define …