Continuous integration enables the development of microservices-based applications using
container virtualization technology. Container orchestration systems such as Kubernetes …

As cloud services expand, the need to improve the performance of data center infrastructure
becomes more important. High-performance computing, advanced networking solutions …

Container-based Internet of Things (IoT) applications in an edge computing environment
require autoscaling to dynamically adapt to fluctuations in IoT device requests. Although …

In this paper, we present energy-aware scheduling for Serverless edge computing. Energy
awareness is critical since edge nodes, in many Internet of Things (IoT) domains, are meant …

Kubernetes (K8s) is expected to be a key container orchestration tool for edge computing
infrastructures owing to its various features for supporting container deployment and …

A microservice architecture features hundreds or even thousands of small loosely coupled
services with multiple instances. Because microservice performance depends on many …

Modern software development practice has seen a profound shift in architectural design,
moving from monolithic approaches to distributed, microservice-based architectures. This …

With the diffusion of Fog and Edge Computing paradigms, new application categories have
emerged with specific quality of service requirements, in terms of communication latency …

The development of cloud computing delivery models inspires the emergence of cloud-
native computing. Cloud-native computing, as the most influential development principle for …

Collaborative edge computing (CEC) is an emerging paradigm enabling sharing of the
coupled data, computation, and networking resources among heterogeneous geo …