LATEST NEWS
A Special Day for the DCs of ATHENA/ISI
Today marked a special moment for the doctoral candidates (DCs) from ATHENA Research Center – Industrial Systems Institute (ISI), as they welcomed a group of first-year middle school students from Corinth, a picturesque city in the Peloponnese, to the Computer Engineering and Informatics Department (CEID) at the University of Patras. During the visit, Srushti Gangadhar […]
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NEWS
6GTERRAIN Showcased at Integrated Systems Europe (ISE) 2026
6GTERRAIN proudly participated in Integrated Systems Europe (ISE) 2026, held in Barcelona,3-6 February, one of the world’s leading exhibitions for innovative and integrated technologies. The event provided an excellent platform to present the project’s vision and early progress in advancing explainable automation for future 6G infrastructures. At the exhibition, 6GTERRAIN was showcased at Iquadrat’s booth, […]
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6G-TERRAIN Mid-Term Meeting Successfully Held in Barcelona
The 6G-TERRAIN consortium completed its Mid-Term Meeting yesterday in the vibrant city of Barcelona, graciously hosted by Iquadrat. This meeting marked a special milestone, as the project’s doctoral candidates gathered in person for the first time. The event provided an excellent opportunity for participants to present their work, build connections, and reinforce collaboration as the […]
Read moreExciting Opportunity in Cutting-Edge Research: 6G-TERRAIN to Recruit 10 PhD Students
The groundbreaking Horizon Europe project 6G-TERRAIN is now offering an extraordinary opportunity for aspiring researchers. Funded under the prestigious Horizon Europe – MSCA (Marie Skłodowska-Curie Actions) with Grant Agreement No. 101169346, the project is set to shape the future of telecommunications by developing an AI-native 6G system that seamlessly integrates terrestrial and non-terrestrial nodes. PhD […]
Read moreThe Kick-off meeting of 6G-TERRAIN, the new Marie-Curie Doctoral Networks project
The 6G-TERRAIN project is dedicated to proposing, designing, and validating an innovative automation architecture alongside its enabling technologies and theoretical frameworks. The ultimate goal is to develop a Native AI-driven 6G System that seamlessly integrates multi-stakeholder and multi-technology nodes, including both terrestrial and non-terrestrial components.
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