The expected result of 6GSatNet is the contribution over 6G for the deployment of satellite networks in the paradigm of non-terrestrial networks (NTN). To this end, the project leverages the construction of a 5G core compatible with non-terrestrial networks, as well as the development of new routing and access medium protocols.
This subproject seeks to address multiple challenges in the ground segment that must be addressed before deploying Non-Terrestrial Networks (NTN). Among them, the subproject has focused on three:
J.L. Avila, H. Rouzegar, A. Calveras, and J.A. Ruiz-de-Azua. "Spatial-aware mano systems for efficient mobility management of satellite-based non-terrestrial networks" in IEEE Open Journal of Communications, 2025
A. Singla, I. Gallardo-Duval, A. Calveras, J. A. Fraire and J. A. Ruiz-De-Azua, "Probabilistic-Aware Satellite Constellation Scheduling for Integrated TN-NTN Operations," in IEEE Open Journal of the Communications Society, doi: 10.1109/OJCOMS.2025.3564411. keywords: {Internet of Things;Uncertainty;Satellites;Dynamic scheduling;Job shop scheduling;Schedules;Data models;Stochastic processes;Resource management;Probabilistic logic;Satellite Constellation;Non-Terrestrial Networks;TN-NTN integration;Uncertainty Modeling;Operations Management},
