Handing over edge network data and computation to cloud platforms often results in high
bandwidth costs and processing delays, which makes hybrid cloud-edge computing a hot …

Mobile edge computing has been recently considered as a promising paradigm to satisfy the
ever-increasing computation requirements from mobile applications. Although mobile edge …

With the popularity of mobile devices such as smartphones and tablets, the improvement of
service of quality is an important issue facing great challenges. The improvement of user …

Nowadays, instead of providing computational capabilities in the cloud, mobile edge
computing pushes computational capabilities to network edges. It is common for mobile …

Mobile edge computing allows end-users to retrieve required services from edge servers
with low network latency. However, when massive service instances with the same or …

How to effectively utilize edge nodes with limited computing resources to ensure quality of
service is a key issue for many end users in Internet of Things. To address this problem, we …

Mobile-edge computing (MEC) is considered as a promising solution to release pressure on
the core network and reduce service response time. Edge nodes with storage and …

Due to the limited capabilities and resources, edge servers cannot meet the increasingly
complex and diverse service requirements in mobile edge computing environments. In this …

With the development of 5G technology and edge computing, more and more network
application services have been migrated to the cloud network in order to improve the …

Due to physical limitations, mobile devices are restricted in memory, battery, processing,
among other characteristics. This results in many applications that cannot be run in such …