With the present trend towards the use of microservices instead of monolithic software, future
applications with diverse computational and delay-sensitive requirements, such as virtual …

The transition to beyond fifth generation (B5G) and sixth generation (6G) networks will lead
to the support of new and future services, like virtual reality, vehicle collision avoidance or …

Multi-access Edge Computing (MEC) can be defined as a model for enabling business
oriented, cloud computing platform within multiple types of the access network (eg, LTE, 5G …

We consider a Multi-access Edge Computing (MEC) system with a cloud server, a base
station (BS) and an MEC server attached to it. The resource constrained MEC server can be …

The advent of technologies such as 5G makes it possible to improve the availability and
quality of existing services and introduce new ones, such as enhanced mobile broadband …

Recently, multi-access edge computing (MEC) is a promising paradigm to offer resource-
intensive and latency-sensitive services for IoT devices by pushing computing functionalities …

A wide variety of novel services have been envisioned lately due to wearable gadgets,
autonomous vehicles, and IoT applications. These services cannot directly be implemented …

Multi-Access Edge Computing (MEC) paradigm has been widely studied as a potential
solution to cope with the challenges emerging from new generations of mobile networks. By …

With the development of multiaccess edge computing (also called mobile-edge computing,
MEC), more and more service-based applications are deployed to edge servers in order to …

Multi-access Edge Computing (MEC) is envisaging a storage and processing infrastructure
at the edge of the mobile network to guarantee ultra-low latency and higher bandwidths for …