This paper studies resource scheduling for delay minimization in multi-server cellular edge
computing systems. The traditional method defines queue length-based Lyapunov functions …

This paper investigates resource modeling and management for a base station (BS)
providing mobile edge computing (MEC) service. In the proposed modeling, BS is …

As an indispensable key technology in 5G Internet of Things (IoT), mobile edge computing
(MEC) provides a variety of computing and services at the edge of the network for energy …

Mobile edge computing (MEC) has recently risen as a promising paradigm to meet the
increasing resource requirements of the terminal devices. Meanwhile, small cell network …

In the mobile edge computing (MEC) network, the applications of devices can be offloaded
to the MEC server via the wireless link and then processed through the computation …

Recently, in order to extend the computation capability of smart mobile devices (SMDs) and
reduce the task execution delay, mobile edge computing (MEC) has attracted considerable …

The importance of environmental pollution has motivated the researchers to investigate the
electrical power consumption of any emerging technology. Edge Computing (EC) …

E cient and accurate connection admission control (CAC) is essential in hard real-time
communication. In a hard real-time system, every admitted connection must meet its …

In order to satisfy the 5G requirements of ultra-low latency, mobile edge computing (MEC)-
based architecture, composed of three-tier nodes, core, edges, and devices, is proposed. In …

In this paper, we propose the modified dynamic weighted round robin (MDWRR) cell
scheduling algorithm, which guarantees the delay property of real‐time traffic and also …