Although mobile edge computing (MEC), as an extension of the cloud computing paradigm
to edge networks, overcomes some obstacles of traditional mobile cloud computing, ie, the …

Mobile edge computing (MEC), as an extension of the cloud computing paradigm to the
edge network, is a promising solution to provide resource-intensive and time-critical …

Mobile edge computing requires more and more high-performance servers, resulting in
increased energy consumption. As an effective means to reduce energy consumption, virtual …

As an extension to cloud computing, Mobile Edge Computing (MEC) provides computing
capability at close proximity to mobile users to reduce service latency and improve users' …

This paper formulates a virtual machine placement (VMP) problem, where the total power
consumption of physical machines (PMs) and switches and the total network bandwidth …

Mobile edge computing (MEC) literally pushes cloud computing from remote datacenters to
the life radius of end users. By leveraging the widely adopted ETSI network function …

Data center benefits cloud applications in providing high scalability and ensuring service
availability. However, virtual machine (VM) placement in data center poses new challenges …

Multi-access Edge Computing (MEC) is one of the key enablers in 5G, where the objective is
to bring computation very close to the end users. MEC, as defined by ETSI, introduces …

Due to the increasing demand for cloud computing and related services, cloud providers
need to come up with methods and mechanisms that increase the performance, availability …

An important challenge of running large-scale cloud services in a geo-distributed cloud
system is to minimize the overall operating cost. The operating cost of such a system …