5G and Beyond (6G)

The standardization of AI-native networks would ensure the interoperability principle stated in the Ministerial Declaration of Tallinn.

The proposed study under my fellowship can decrease the power consumption of user equipment and base stations. Energy price and availability are some of the most critical topics in Europe. Low-power IoT devices with non-terrestrial network connectivity have applications that may benefit society, such as sensors for agriculture, environmental monitoring, and energy/water management in rural areas.

This activity contributes to achieving 6G's vision. To achieve low latency, 6G will have to embrace the novel Transport protocols that are being adopted in the Internet, notably Quic/BBR, LEDBAT++/rLEDBAT, as they are designed to reduce the latency of the communications. The RXQ project work on the integration of QUIC and rLEDBAT will provide one key missing piece in the toolset to achieve low latency.

Satellite communications are a key enabler to provide inclusion by reaching remote areas and ensure safety and communications during disasters. It is important that standardised solutions are made available (e.g., via 3GPP) and then made into ITU Recommendations which provide the Regulatory framework for a large number of countries.

Satellite communications are a key enabler to inclusion by reaching remote areas and ensuring safety and communications during disasters. Satellite IoT is another important market allowing low cost monitoring of goods and environment in remote areas, thus fully complementing the terrestrial networks.

The following objectives of the NIST MDKP GAFB Specification provide unique Use Cases for 5G, 6G and Future Networks:
“Requirements for Enablers for Cross-Industry Sectors End-to-End (E2E) Services Innovation and Delivery Agility” that facilitate the leveraging of dynamic resources and assets availability in various sector domains when they are discoverable for use in dynamic on-demand network(s) and differentiated connectivity services formations; and/or application-layer service innovation, composition and delivery using the newly formed networks and connectivity services or ones already available such that they can serve the needs of the targeted application layer service(s).
New ecosystem on Cross-Industry Sectors End-to-End (E2E) Services Innovation and Delivery Agility (i.e., coined the “MD_KPs_Feds_For_5GnB ” Ecosystem) in which ETSI GANA Knowledge Plane (KP) Platforms (based on the ETSI TS 103 195-2) as Distributed Open Platforms (DOPs) that enable federated Autonomic/Autonomous Networking (ANs) should play role as anchors for the ecosystem, together with DOPs on the higher level, namely: Service Federation Orchestration & Autonomic Management & Control Platforms that dynamically place demands for differentiated and federated network connectivity services on the GANA (KP) Platforms.

This NIST MDKP PWG initiative presents a tremendous opportunity for the adoption and use of global standards developed in Europe by ETSI in the USA market to steer commerce and open up new collaborations opportunities between USA and Europe stakeholders for commerce and innovation of services and GANA KP Platforms products by industrial players in these markets. This also has an effect of strengthening Europe's position in global standardisation initiatives thanks to the adoption of ETSI standards in US for global reach and use outside Europe. A New Ecosystem is emerging from the NIST Specifications which have potential to reduce Carbon Emissions, thanks to Nework Sharing.