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

Network Function Virtualization (NFV) migrates network functions from proprietary hardware
to commercial servers on the edge or cloud, making network services more cost-efficient …

Emerging 5G technologies can significantly reduce end-to-end service latency for
applications requiring strict quality of service (QoS). With network function virtualization …

Mobile Edge Computing (MEC) promises to provide mobile users with delay-sensitive
services at the edge of network, and each user service request usually is associated with a …

Novel applications will require extending traditional cloud computing infrastructure with
compute resources deployed close to the end user. Edge and fog computing tightly …

Fault-Prone Mobile Edge Cloud (FP-MEC) is a new type of distributed network composed of
mobile edge computing and network function virtualization, where virtual network services …

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

The fast development of mobile edge computing (MEC) and service virtualization brings new
opportunities to the deployment of interactive applications, eg, VR education, stream …

With the rapid development of edge intelligence cloud (EIC), mobile users are not satisfied
with a single artificial intelligence inference service, but require multiple inference services …

Provisioning reliable network services for mobile users in edge computing environments is
the top priority of network service providers, as unreliable services will result in tremendous …