HARMONIOUS: macHine leARning MethOds aNd algorIthms fOr 6G terahertz cellUlar acceSs

The terahertz band offering tens or even hundreds of gigahertz of consecutive bandwidth is nowadays considered as a major candidate for new radio access technology in 6G systems. By wisely utilizing this bandwidth one may not only provide extreme data rates at the access interface but enable principally new applications over-the-air such as Tactile Internet, holographic telepresence, and virtual reality. The aim of the project is to develop the set of fundamentally new models and algorithms to enable truly mobile ultra-broadband THz cellular radio access technology. These models will contribute to better understanding of THz specifics as well as requirements and constraints imposed at practical communications mechanisms and algorithms in THz systems. Thus, the successful completion of the project will make a decisive step closer to enabling principally new applications over the commercial systems.