With the rapid development of Internet and cloud computing, edge computing (EC) as a new
technology has been constantly integrated into people's lives. Users can offload the tasks on …

Future wireless networks are expected to support diverse Internet of Things (IoT)
applications under dynamic network conditions through effective resource allocation …

With the emergence of more and more computing-intensive and latency-sensitive
applications, insufficient computing power and energy of user devices has become a …

In the field of mobile edge computing (MEC) research, many studies under common
research scenarios focus on the optimization of energy consumption and processing delay …

Enabling computation intensive tasks with low latency requirements on mobile devices
considering their battery life time is one of the challenges in 5G networks. 5G is an era with …

Edge computing as a complementary paradigm of cloud computing has gained more
attention by providing mobile users with diversified services at the network edge. However …

New services such as Extended Reality (XR) and holographic communication in the future
6G era will require a lot of computing power. With the increasing trend of terminal mobility …

Edge computing is a computational paradigm that brings resources closer to the network
edge, such as base stations or gateways, in order to provide quick and efficient computing …

The mobility of the vehicle poses new challenges to the unloading decision. In view of this
situation, this paper proposes a unloading scheme of vehicle edge computing (VEC) based …

The Fifth-Generation (5G) networks facilitate the evolution of communication systems and
accelerate a revolution in the Information Technology (IT) field. In the 5G era, wireless …