Mobile-edge computing (MEC) is a key technology to enable multitasking and low-latency
user experiences for 5G Internet of Things (IoT) devices. The nonorthogonal multiple access …

In wireless networks, meeting the performance requirements of all tasks solely with Internet
of Things (IoT) devices is challenging due to their limited computational power and battery …

Edge computing servers have been widely deployed in recent years to address the
requirements of diverse tasks that are sensitive to delays and computationally intensive …

In this article, an unmanned aerial vehicle (UAV)-mobile edge computing (MEC) network is
considered, where cellular-connected UAVs can either handle the computing tasks locally or …

With the exponential growth of wireless devices and the demand for real-time processing,
traditional server architectures face challenges in meeting the ever-increasing …

In time-slotted edge computing systems, task scheduling is conducted at the end of each
time slot to make task offloading decisions and resource allocation for all the tasks pending …

The combination of mobile edge computing (MEC) and radio frequency-based wireless
power transfer (WPT) presents a promising technique for providing sustainable energy …

Mobile edge computing (MEC) distributes computing and storage resources to the edge of
the network closer to the user and significantly reduces user task completion latency and …

The existing research on dependent task offloading and resource allocation assumes that
edge servers can provide computational and communication resources free of charge. This …

Maritime area detection technology applies equipment such as high-orbit satellites, gateway
ships and Unmanned Aerial Vehicles to detection. In this scenario, real-time uploading and …