Low earth orbit (LEO) satellite networks can break through geographical restrictions and
achieve global wireless coverage, which is an indispensable choice for future mobile …

Driven by the urgent requirement of ubiquitous and reliable coverage for global users, the
low earth orbit (LEO) satellite network has attracted numerous attentions from the academic …

Mobile edge computing (MEC) can efficiently minimize computational latency, reduce
response time, and improve quality-of-service (QoS) by offloading tasks in the access …

Low earth orbit (LEO) satellite edge computing can overcome communication difficulties in
harsh environments, which lack the support of terrestrial communication infrastructure. It is …

The ever-increasing growth in maritime activities with large amounts of Maritime Internet-of-
Things (M-IoT) devices and the exploration of ocean network leads to a great challenge for …

Offloading computation tasks through cloud–edge collaboration has been a promising way
to improve the Quality of Service (QoS) of applications. Usually, cloud server (CS) and edge …

Mobile edge computing (MEC) can augment the computation capabilities of mobile
terminals (MTs) through offloading the computational tasks from the MTs to the MEC …

Enabling a satellite network with edge computing capabilities can complement the
advantages further of a single terrestrial network and provide users with a full range of …

The recent advances in low earth orbit (LEO) satellites enable the satellites to provide task
processing capability for remote Internet-of-Things (IoT) mobile devices (IMDs) without …

Mobile edge computing (MEC) is emerging as a cornerstone technology to address the
conflict between resource-constrained smart devices (SDs) and the ever-increasing …