Descripción del proyecto
Tecnologías 6G para lograr un ecosistema sanitario seguro
Las tecnologías 6G avanzadas pueden facilitar la digitalización de la asistencia sanitaria en el contexto de la sanidad 4.0. El equipo del proyecto ELIXIRION, financiado con fondos europeos, se dedica a establecer una red de formación e investigación amplia e innovadora que integre diversas disciplinas. Su principal objetivo es sentar las bases de la sanidad 4.0 aprovechando las capacidades de las tecnologías 6G. El equipo del proyecto se esfuerza por ofrecer una amplia gama de servicios sanitarios a todos los ciudadanos y pacientes. Dichos servicios incluyen latencia ultrabaja para aplicaciones con sensibilidad temporal, conectividad de alta velocidad para servicios intensivos en datos y acceso seguro a recursos sanitarios, todo ello respetando las normas de privacidad. El objetivo de ELIXIRION es crear un ecosistema sanitario seguro, eficiente y rentable que beneficie a todas las partes interesadas.
Objetivo
ELIXIRION will create the first fully-integrated, inter- and multi-disciplinary, highly-innovative training and research network that will set the foundations of the emerging Healthcare 4.0 paradigm by leveraging 6G technologies targeting to: i) provide all citizens/patients with a wide range of services of different requirements, such as ultra-low latency for latency-critical applications, high speed for data hungry services and ubiquitous secure access to healthcare resources, anytime, anywhere, respecting all privacy aspects, and ii) ensure a secure, efficient, and profitable healthcare ecosystem to all involved stakeholders, while creating a sustainable open market easing access to new players. To achieve the aforementioned objective, ELIXIRION will: 1) leverage a gamut of 6G technologies towards a powerful interconnected network for ultra-high performance access to the healthcare ecosystem targeting up to 99,99999% reliability, 100% coverage, down to sub-ms E2E latency, up to 1 Tbps capacity, high energy- and cost-efficiency, while supporting a massive number of connections, 2) design edge-aware algorithms leveraging diverse computing capabilities offering ultra-fast task execution through parallelization, serverless and distributed computing by intra- and inter- edge node orchestration techniques for real-time mission critical healthcare applications, 3) provide an E2E slicing and zero-touch orchestration framework for optimized 6G network performance across the healthcare ecosystem, targeting at full network automation and secure information handling especially when a massive number of medical devices is considered, by leveraging AI/ML, while considering all different network parts and data analytics to derive useful information helping in the decision-making process, and 4) create a sustainable healthcare ecosystem and new business models leveraging blockchain-based incentive engineering for secure incentivized collaboration among the involved stakeholders.
Ámbito científico
Palabras clave
Programa(s)
- HORIZON.1.2 - Marie Skłodowska-Curie Actions (MSCA) Main Programme
Régimen de financiación
HORIZON-TMA-MSCA-DN - HORIZON TMA MSCA Doctoral NetworksCoordinador
546 36 THESSALONIKI
Grecia