Multi-access edge computing is a promising technology for solving delay sensitive,
computationally intensive applications. It aids users with low-latency access by deploying …

The Multi-access Edge Computing (MEC) system interconnected by metro optical network is
gaining much attention recently. The proximity of computing resources in MEC provides the …

We propose a latency aware task peer offloading scheme for overloaded server in MEC
system based on EON. The heuristic algorithm is developed to improve the performance of …

Edge computing has changed the landscape of telecommunication networks. Different from
cloud computing in which thousands of servers are centralized in a remote site, computation …

Multi-access edge computing systems powered by elastic optical networks can allocate
bandwidth flexibly and meet end users' low-latency requirements. However, edge servers …

Multi-access edge computing (MEC) is a promising technology to satisfy end users' ever-
increasing demand for low latency. By building small-scale cloud infrastructures at the …

In recent years, edge computing has made up for the shortcomings of cloud computing's
centralized data processing. It migrates computation to edge devices close to users, which …

Multi-access edge computing (MEC) applications are often implemented in the form of task
offloading, which results in an unprecedented demand for data transfers among MEC …

The proliferation of IoT applications has pushed the horizon of edge computing, which
provides processing ability at the edge of networks. Task offloading is one of the most …

When offloading computing tasks of sensory data to the edge network, it is necessary to
consider whether the idle resources, such as CPU frequency and memory, meet the task …