We are pleased to share the latest updates from the NANCY project, highlighting our recent deliverables, publications, blog posts, and participation in key events.
Recent Deliverables
Our team has successfully completed several key deliverables:
- D4.1 Computational Offloading and User-centric Caching (M21): This deliverable outlines NANCY’s approach to advanced task offloading and user-centric caching in complex network environments involving multiple stakeholders and domains.
- D5.1 Quantum Key Distribution Mechanisms (M22): This document explores the advancement of quantum computing and the necessity for adopting new cryptographic methods to maintain secure communications in the future.
- D6.7 Greek In-lab Testbed Dataset 2 (M21): This dataset contributes to the development and testing of NANCY’s innovative solutions within a controlled laboratory environment in Greece.
- D6.8 Italian In-lab Testbed Dataset 2 (M21): Similarly, this dataset supports the evaluation of NANCY’s technologies in an Italian laboratory setting.
For a comprehensive list of all our deliverables, please visit our Deliverables Page.
Publications
Our research efforts have led to several noteworthy publications:
- “Comparison of Swarm Intelligence Methods for Joint Resource Orchestration in Open Radio Access Network”: Published in the 14th International Symposium on Communication Systems, Networks and Digital Signal Processing (CSNDSP 2024), this paper examines various swarm intelligence methods for resource orchestration in open RAN environments.
- “Explainable semantic wireless anomaly characterization for digital twins”: This study focuses on characterizing wireless anomalies within digital twin frameworks, enhancing the explainability of detected anomalies.
- “The MATERIAL framework: Modeling and AuTomatic code Generation of Edge Real-TIme AppLications under the QNX RTOS”: This paper introduces the MATERIAL framework, aimed at modeling and automatically generating code for edge real-time applications operating under the QNX real-time operating system.
- “Digital Transformation with a Lightweight On-Premise PaaS”: This publication discusses strategies for achieving digital transformation through the implementation of a lightweight on-premise Platform as a Service (PaaS).
- “Toward Explainable Reasoning in 6G: A Proof of Concept Study on Radio Resource Allocation”: This research presents a proof-of-concept study on explainable reasoning mechanisms for radio resource allocation in 6G networks.
- “AI-Driven Anomaly and Intrusion Detection in Energy Systems: Current Trends and Future Direction”: This paper explores current trends and future directions in AI-driven anomaly and intrusion detection within energy systems.
- “Intelligible Protocol Learning for Resource Allocation in 6G O-RAN Slicing”: This study investigates protocol learning approaches for resource allocation in 6G O-RAN slicing scenarios.
- “On the Design of Super Constellations”: This research delves into the design considerations and methodologies for creating super constellations in satellite networks.
For a complete list of our publications, please visit our Publications Page.
Blog Posts
Our recent blog posts provide insights into various aspects of the NANCY project:
- “Enabling unconditional security in B5G network backbone communications”: This post discusses the critical role of cryptography in ensuring secure communications within B5G network infrastructures.
- “Task Offloading in NANCY”: An exploration of the strategies and mechanisms employed by NANCY for efficient task offloading in complex network environments.
- “AI Virtualizer: Multi-Agent Emerging Communication for Efficient Inter-Slice Resource Management in 6G”: This article examines the role of AI virtualizers in facilitating efficient inter-slice resource management within 6G networks.
To read these and other blog posts, please visit our Blog Section.
Ericsson R&D Italy Innovation Day in Genoa (November 12-13, 2024)
At this event, the Ericsson team presented the NANCY project during a dedicated keynote speech to an audience comprising customers, stakeholders, academia, and the press. The presentation highlighted NANCY’s secure and intelligent network architecture, garnering significant interest from attendees.
We are committed to advancing the field of B5G wireless networks and look forward to sharing more updates in the future.
Stay tuned for more updates as we continue shaping the future of secure and intelligent wireless networks: NANCY Project.
