As the computing resources and the battery capacity of mobile devices are usually limited, it
is a feasible solution to offload the computation-intensive tasks generated by mobile devices …

Network management is becoming more complex due to various factors. The growth of IoT
increases the number of nodes to control. The combination of Edge and Fog Computing with …

With the increasing popularity and demands for large language model applications on
mobile devices, it is difficult for resource-limited mobile terminals to run large-model …

Unmanned aerial vehicle-assisted multi-access edge computing (UAV-MEC) plays an
important role in some complex environments such as mountainous and disaster areas …

The development of novel applications causes increased demands on the computational
capabilities of Vehicular Edge Computing (VEC). Current works have introduced Unmanned …

Multi-access edge computing (MEC), based on hierarchical cloud computing, offers
abundant resources to support the next-generation Internet of Things network. However …

Nowadays, application providers often prefer to execute their workflows on heterogeneous
distributed computing resources deployed on cloud infrastructure to achieve a high level of …

Vehicle edge computing (VEC) offers users low-latency and high-reliability services by using
computational resources at the network's edge. Nevertheless, because of inadequate …

The increasing availability of Internet of Things (IoT) applications has led to the development
of new technologies. Specifically, the deployment of edge servers close to IoT devices has …

We consider the problem of resource allocation, pricing and application caching for latency
sensitive task offloading in serverless edge computing. We model the interaction between a …