Private AreaCHALLENGES OF OPTICAL COMMUNICATIONS IN THE 6G ERA: A VIEW FROM EU PROJECTS
The 27th International Conference on Optical Network Design and Modelling (ONDM 2023) taking place in Coimbra, Portugal, during 8th to 11th of May will have a strong representation of DESIRE6G participants.
Six different European research projects have been invited to share their perspective in the workshop called CHALLENGES OF OPTICAL COMMUNICATIONS IN THE 6G ERA. Given that most DESIRE6G partners are experienced participants of H2020 and now Horizon Europe projects, some DESIRE6G members will be at the workshop as organizers and representing other projects. This represents a great opportunity to connect, share knowledge and create synergies among similar ICT projects.
Organizers
Luis Velasco (Universitat Politècnica de Catalunya)
João Pedro (Infinera, Portugal)
Marc Ruiz (Universitat Politècnica de Catalunya)
Invited speakers
Filippo Cugini: B5G-OPEN: Towards packet-optical multi-band optical networks
Ramon Casellas: SEASON: Sustainable High Capacity Autonomous Optical Networks
Antonio Napoli: ALLEGRO: Enabling high-capacity bidirectional transmission with coherent pluggable for 5G applications
Marija Furdek, Ramon Casellas: TeraFlow: a cloud-native SDN controller for 5G and beyond
Antonio de la Oliva: PREDICT-6G: the importance of predictability in 6G networks
Gergely Pongracz: DESIRE6G: Deep Programmability and Secure Distributed Intelligence For Real-Time end-to-end 6G Networks
Latest academic and industrial research on optical networking
ONDM 2023 will address cutting-edge research in established areas of optical networking and their adoption in support of a wide variety of new services and applications. This includes the most recent trends such as 5G and beyond; data-centre networking; Internet of things; cloud/edge computing; content delivery; big data, data analytics, network telemetry, and real-time monitoring; autonomic networking; artificial intelligence / machine learning assisted networks; visible light networks; and quantum secured networks.