Edge caching reduces the frequent communication between users and remote cloud servers
by caching popular content at the network edge, which can decrease response latency and …

In multi-access edge computing, services are cached from cloud servers to the edge base
station providing low-latency services. Horizontal Collaboration (HC) between Base Stations …

Layered queueing networks (LQNs) are an extension of ordinary queueing networks useful
to model simultaneous resource possession and stochastic call graphs in distributed …

The Internet-of-Vehicles offers a comprehensive perception of environment, which enhance
transportation efficiency. To handle the large amount of collected data, distributed edge …

Microservice applications are increasingly adopted in distributed data processing systems,
such as in mobile edge computing and data mesh architectures. However, existing …

Collaborative edge computing enables low service delay for many delay-sensitive Internet of
Things applications through edge-edge and edge-cloud collaborations. Due to the limited …

We overview ln, a novel solver introduced in the LINE software package to analyze layered
queueing network (LQN) models. The novelty of the ln solver lies in its capability to analyze …

Edge computing allows for the deployment of applications near end-users, resulting in low-
latency real-time applications. The adoption of the microservices architecture in modern …

With the rapid development of the Internet of Things (IoT), Mobile Edge Com-puting (MEC)
technology is shifting computational and storage capabilities fromcentralized clouds to the …