Nowadays, industrial Internet of Things (IIoTs) has gained attention as an emerging
application area of the Internet of Things paradigm to improve efficiency and reliability in a …

Edge computing provides computing capability at close-user proximity to reduce service
latency for end users. To improve the efficiency of edge computing infrastructures …

The proliferation of Internet of Things (IoT) data and innovative mobile services has
promoted an increasing need for low-latency access to resources such as data and …

With the rapid upgrading and explosive growth of Internet of Things (IoT) devices in mobile-
edge computing, more and more IoT applications with high resource requirements are …

With the development of multi-access edge computing (MEC), the cloudlet at the edge of the
network can provide nearby high-performance computing services, thus reducing the …

Mobile edge networks can provide ultra-low latency by deploying services at the edge of
networks. However, it is impracticable to place services on all the edge servers due to …

Carriers' network services are distributed, dynamic, and investment intensive. Deploying
them as virtual network services (VNS) brings the promise of low-cost agile deployments …

Edge computing enables a wide variety of application services for the Internet of Things,
including those with performance-critical requirements. To achieve this, it brings cloud …

Mobile edge computing is popular for providing services with low latency and high privacy. It
becomes more powerful by leveraging the widely deployed Small cell Base Stations (SBS) …

Edge Computing emerges as a solution that overcomes some obstacles of traditional central
data centers to support the performance-critical Internet of Things applications. However, a …