DESCRIPTION
The Advancing-5G-Immersive project focuses its efforts on creating an advanced immersive laboratory that will serve as one of the main testing grounds in Spain, both for companies wishing to validate their emerging 6G applications and for educators and students who want to work with the latest immersive technologies. This project consists of three innovative types of communications: haptic/tactile, holographic, and telepresence. A specific subproject has been assigned to each of these types due to their different requirements, capabilities, technological enablers, and use cases.
These research proposals are aligned with the strategic research agenda of Intelligent Networks and Services (SNS). The three subprojects will promote the creation of a highly competitive ecosystem beyond 5G in Spain, thus strengthening the country’s position and participation in the next SNS work program under Horizon Europe. As a result, an increase in funding and support for Spain in this program is expected.
ADVANCING-5G-IMMERSIVE HOLOGRAPHIC
The project Advancing-5G-Immersive-Holographic (TSI-063000-2021-109) focuses on Holographic Communications. Its main focus is the design and development of advanced 6G applications for holographic communications , as well as the optimization of the delivery and implementation of these applications through new promising technologies, including softwarized core and radio components and 5G-Advanced SDR/SDN prototypes.
ADVANCING-5G-IMMERSIVE TELEPRESENCE
The project Advancing-5G-Immersive-Telepresence (TSI-063000-2021-110) focuses on Telepresence Communications. Its main focus is the design and development of advanced 6G applications for telepresence communications , as well as the optimization of the delivery and implementation of these applications through new promising technologies, including softwarized core and radio components and 5G-Advanced SDR/SDN prototypes.
ADVANCING-5G-IMMERSIVE HAPTIC
The project Advancing-5G-Immersive-Haptic (TSI-063000-2021-111) focuses on tactile communications. Its main focus is the design and development of immersive haptic applications for advanced 5G and 6G networks, as well as the optimization of the transmission of these applications through advanced, next-generation Radio Access Network (RAN) systems.
