Active Computing & AI Engineering

LEArning-Driven and Evolved Radio for 6G Communication Systems

Summary

Original abstract (not yet simplified)

6G-LEADER aims at evolving the PHY and RAN aspects of 6G communication networks by relying on the following pillars: 1) ML-empowered PHY algorithms with predictive capabilities towards fully autonomous operation; 2) full-duplex transceivers employing novel sparse antenna arrays and advanced digital self-interference cancellation; 3) non-orthogonal and random multiple access schemes to accommodate mass connectivity demands of users and machines; 4)...

View original technical description
6G-LEADER aims at evolving the PHY and RAN aspects of 6G communication networks by relying on the following pillars: 1) ML-empowered PHY algorithms with predictive capabilities towards fully autonomous operation; 2) full-duplex transceivers employing novel sparse antenna arrays and advanced digital self-interference cancellation; 3) non-orthogonal and random multiple access schemes to accommodate mass connectivity demands of users and machines; 4) goal-oriented semantic communications; and 5) an open and disaggregated RAN implementation with xApps integrating the advancements, achieved during the project’s lifetime.

Related Research

Grants with similar aims, by meaning.

6G Goal-Oriented AI-enabled Learning and Semantic Communication Networks
6G haRdware Enablers For cEll fRee cohEreNt Communications & sEnsing
6G Goal-Oriented AI-enabled Learning and Semantic Communication Networks (6G Goals)
6G-REFERENCE: 6G haRdware Enablers For cEll fRee cohEreNt Communications & sEnsing
Secured and Intelligent Massive Machine-to-Machine Communications for 6G

Original classification

HORIZON

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