Publications

In the dawn of the 6G era, edge computing environments have to cope with the increasing demands of next-generation cloud-native applications, such as time-sensitive applications. In this context, the application-graph placement problem is further exacerbated by the need to efficiently schedule time…

IoT-enabled applications benefit from various forms of digital twinning, such as the so-called Virtual Objects (VOs). A crucial requirement in the communication among IoT devices and their associated VOs is low latency. In this respect, we showcase a software platform for Time-Sensitive Networking…

Over the last years, we have seen the emergence of (hyper-)distributed applications, which tend to be provisioned over resources that span IoT devices, IoT gateways, and compute nodes from edge computing infrastructures. The deployment and orchestration of such services benefits from types of IoT…

5G and cloud computing are set out to address various business needs, often related to the deployment of IoT-enabled applications across the compute continuum. However, the provision of such hyper-distributed applications is far from trivial, due to various interoperability and convergence aspects…

Time-Sensitive Networking (TSN) aspires to provide a solid underpinning for meeting latency guarantees across traffic classes with diverse requirements. Despite the emergence of various specifications from the TSN family of standards, there is a shortage of prototype implementations with support…