Nowadays, research in the field of task offloading not only pays attention to the computing
performance of computing nodes, but also pays attention to the impact of energy …

In recent years, mobile applications have emerged as a conceivable solution to facilitate
daily activities in various aspects of human life. Due to the resource-limited of mobile …

Previous studies on task scheduling for cloud computing mostly focused on either energy
saving or upgrading performance only. However, with the development of cloud computing …

The edge cloud provides heterogeneous resources, such as cores, memory, and storage
which are then allocated to mobile applications in mobile edge computing, which require …

The rapid development of Internet of Things raises higher requirements on traffic volume
and user connectivity density for 5G networks, and ultra-dense networks (UDN) are …

As a new type of computing, cloud computing has led to a major computational change.
Among many technologies in cloud computing, task scheduling has always been studied as …

Multi-access edge computing (MEC) provides cloud-like services at the edge of the radio
access network close to mobile devices (MDs). This infrastructure can provide low-latency …

To address the problems of large system overhead and low timeliness when dealing with
task scheduling in mobile edge cloud computing, a task scheduling and resource …

In this paper, the imbalance edge cloud based computing offloading for multiple mobile
users (MUs) with multiple tasks per MU is studied. In which, several edge cloud servers …

Mobile Edge Computing (MEC) provides an effective solution to the conflict between
computationally intensive applications and resource constrained mobile devices. However …