4 research outputs found
Exploiting Forecasting for Automatic Network Service Operations in Digital Twin Applications
This demo highlights and experimentally proves the
adoption of the Forecasting Functional Block (5Gr-FFB) in the
orchestration and monitoring operations of the 5G Network
Services (NS). In particular, the demo will show how to instantiate
an NS with related monitoring functionalities and exploit the
5Gr-FFB for generating forecasting metrics. The interactions
among 5Gr-FFB and the other orchestration functional blocks
(i.e., the Service Orchestrator (5Gr-SO) and the Vertical oriented
Monitoring System (5Gr-VoMS) will be highlighted. The demo
considers a robotic Digital Twin use-case deployed at 5Tonic
premises. This work represents a first step towards the evolution
of advanced close loop operations, consuming hybrid metrics (i.e.,
retrieved from the monitoring components and the forecasting
ones) to perform automatic NS operations with margin in time
5Growth: Secure and Reliable Network Slicing for Verticals
Network slicing is well-recognized as a core 5G technology to enable
heterogeneous vertical services sharing the same infrastructure. In this
context, the H2020 5Growth project extends baseline 5G management and
orchestration platforms to manage the life-cycle of real end-to-end,
reliable, and secure network slices with performance guarantees. In this
paper, we present 5Growth's approaches to (i) attain isolation across
network slices, (ii) provide secure interfaces towards third parties,
and (iii) exploit AI/ML to achieve reliability through automated anomaly
detection. In our quest towards validating full-fledged 5G pilots, we
demonstrate our slicing mechanisms in PoCs that include interacting with
ICT-17 infrastructure