Abstract 5G NR-Lite technology still suffers from inadequate response to low latency, high
speed and mass connectivity scenarios in high mobility conditions. Building on 4G and 5G …

With the rapid popularity of IoT devices and smart city technologies, mobile edge computing
considered as a promising technology appears, which can support real-time applications at …

Mobile edge computing (MEC) enables a distributed computing environment closer to
mobile devices (MDs) and substantially reduces the response time for a MD computing task …

By transferring power-hungry huge data centers to lightweight Internet of Things (IoT) mobile
devices, mobile edge computing (MEC) has completely changed the IoT. For MEC, to …

The intensive mobile data traffic poses a great challenge for energy-constrained mobile
devices. In the mobile edge environment, effective computing offloading and resource …

Edge computing as a promising technology provides lower latency, more efficient
transmission, and faster speed of data processing since the edge servers are closer to the …

Mobile edge computing (MEC), as an emerging technique, brings computing resource near
to the user end, and thus offers prompt and high-bandwidth service. In MEC, edge servers …

Mobile edge computing (MEC) yields significant paradigm shift in industrial Internet of things
(IIoT), by bringing resource-rich data center near to the lightweight IIoT mobile devices …

Edge computing is a promising computing paradigm for Internet of Everything and AI-driven
applications where substantial computing resources are pushed to the edge of the network …

Mobile edge computing (MEC) enables mobile users to offload their computationally-
intensive tasks to the servers located at the network's edge. One of the fundamental …