Building an ecosystem for the research and development of Massive Digital Twining at the hyper-distributed Edge of the network for B5G/6G networks
El concepto de Edge, que nació con la mera idea de acercar las aplicaciones a los usuarios finales para reducir la latencia, se ha convertido en una tecnología pilar para permitir el soporte de varios servicios de misión crítica y de datos críticos en 5G y más allá, como los juegos, los hogares inteligentes, las fábricas inteligentes, el transporte inteligente, las ciudades inteligentes, etc.
Por lo tanto, el Edge está asumiendo un papel fundamental en la aceleración de la transformación digital de varias industrias verticales, contribuyendo así a muchos beneficios sociales, al permitir soluciones nativas de la nube integradas con tecnologías 5G y posteriores más cerca o sobre el área de servicio.
This concept also plays a key role in the concept of Massive Digital Twining, which will run partially or entirely on the Edge of the network, to facilitate the necessary delay, computation and bandwidth.
Project manager
Antonio de la Oliva obtained the PhD. degree from University Carlos III of Madrid in July 2008.
Antonio de la Oliva's technical work during the last years has tried to maintain a balance between industrial and purely academic research. He has worked in multiple European research projects, standing out as Coordinator of the H2020 EU/TW joint actions 5G-DIVE and 5G-CORAL.
Antonio de la Oliva has also participated in several standardisation activities, as Vice-chair of IEEE 802.21b, Technical Editor of IEEE 802.21d and lately contributing to several IEEE 802.11 TGs. Due to his work in the IEEE world, he obtained certificates for hist outstanding contributions in IEEE 802.21b/c/d and IEEE 802.1CF. Due to his work in SDOs, Antonio de la Oliva has applied for more than 20 patents over the last years.
Antonio de la Oliva has also served the research community through the organization of conferences/workshops (IEEE WCNC'18 Workshop Co-chair, IEEE Online GreenCom'13 conference organiser, IEEE SDN/NFV'20-21 TPC Co-chair) and journals (Special Issue for IEEE Communication Magazine, Elsevier PMC and he is actually serving as Area Editor of Elsevier Computer Communications).
Finalmente, en cuanto a premios, su tesis doctoral obtuvo, en junio de 2009, el premio Alcatel – Lucent “ex-aequo”, a la mejor contribución a los nuevos servicios de IPTV, concedido por el Real Instituto de Ingeniería de Telecomunicaciones de España, también obtuvo el Premio 2021 para Jóvenes Investigadores de la UC3M
Antonio de la Oliva
University Carlos III of Madrid (UC3M)
Subprojects
6G-EDGEDT-1: Hyper-distributed edge orchestration
Oriented towards the digitalization of industrial processes that will relay in the concept of hyper-distributed edge. The architecture developed herein will be tailored to each of the specific Digital Twins under the same coordinated project.
6G-EDGET2: Hyper-distributed edge applied to the massive digital twin
Oriented towards the tailoring of the hyper-distributed Edge architecture developed through the coordinated project to DT applications in industrial environments.
6G-EDGEDT-3: Hyper-distributed edge applied to the massive digital twin of full carrier networks
Oriented towards the tailoring of the hyper-distributed Edge architecture developed through the coordinated project to DT applications of complete operator networks.
6G-EDGEDT-4: Experimental evaluation of the hyper-distributed edge and its application to the digital twin of a gNB
Oriented towards the tailoring of the hyper-distributed Edge architecture developed through the coordinated project to a gNB DT.
