The NANCY project continues to advance research and innovation in beyond 5G networks with new deliverables, publications, and community engagement. Here are our latest updates:
We are pleased to announce the submission of two key deliverables:
- D4.4 “Semantic & Goal-Oriented Communication Schemes for Beyond Shannon Performance” (M26), which explores advanced communication strategies to surpass traditional information theory limits.
- D5.2 “NANCY Security and Privacy Distributed Blockchain-Based Mechanisms” (M26), detailing our innovative approaches to enhancing security and privacy in network architectures.
In addition, our team has contributed to the academic community with the following publications:
- “Cross-Compartment Virtio-Loopback: A Bare-Metal Virtualization Solution for the Edge”, presenting a novel virtualization approach to optimize edge computing performance.
- “Hierarchical Blockchain Radio Access Networks: Architecture, Modelling, and Performance Assessment”, offering insights into the integration of blockchain technology within radio access networks.
- “Multi-Task Learning for Resource Allocation in Wireless Networks of Dynamic Dimensionality”, introducing a multi-task learning framework to enhance resource allocation in dynamic wireless networks.
Our participation in the DATAMITE Project Meetup on 6 February 2025 in Athens, Greece, hosted by our partner OTE Group of Companies (HTO) IT Innovation Center, fostered collaboration among 65 EU-funded projects and over 400 attendees, emphasizing the synergy between research and industry.
We have also published a new blog post titled “Enhancing Privacy in B5G Blockchain Radio Access Networks with Self-Sovereign Identity”, discussing our advancements in integrating self-sovereign identity solutions to bolster privacy in next-generation networks.
These milestones reflect our ongoing commitment to advancing wireless network technologies and fostering collaboration within the research community.
Stay tuned for more updates as we continue shaping the future of secure and intelligent wireless networks: NANCY Project.
