With advancements of cloud technologies Multi-Access Edge Computing (MEC) emerged as
a remarkable edge-cloud technology to provide computing facilities to resource-restrained …

Mobile Edge Computing (MEC) has been identified as a desirable computing paradigm that
provides efficient and effective services for various applications, while meeting stringent …

In vehicular fog computing, task offloading enables mobile vehicles (MVs) to offer ultralow
latency services for computation-intensive tasks. Nevertheless, the edge server (ES) may …

Edge computing facilitates low-latency services at the network's edge by distributing
computation, communication, and storage resources within the geographic proximity of …

Decentralized machine learning enables multiple devices to train a global model
collaboratively and is a promising paradigm to realize ubiquitous intelligence for the Internet …

By combing edge computing and parallel computing, distributed edge computing has
emerged as a new paradigm to accelerate computation at the edge. Considering the …

Mobile Edge Computing (MEC) technology can be implemented at cellular base stations,
enabling flexible and configurable provisions of services for mobile users to access …

With the rapid advancement of edge computing and network function virtualization, it is
promising to provide flexible and low-latency network services at the edge. However, due to …

As a key enabling technology for 5G, network function virtualization abstracts services into
software-based service function chains (SFCs), facilitating mission-critical services with high …

In multi-access edge computing (MEC) networks, parallelized service function chains (P-
SFCs) can provide low-delay network services for mobile users by deploying virtualized …