D2.1 Definition of Use Cases, Service Requirements and KPIs

Quagliotti, Marco; Rafel, Albert; Dios, Oscar Gonzales De; López, Vı́ctor; Silva, Rafael López da; Hernández, José Alberto; Urueña, Manuel; Larrabeiti, David; Martín, Ignacio; Bojan, Neelakandan Manihatty; Ntavou, Ftoeini; Salas, Emilio Hugues; Velasco, Luis; Ruiz, Marc; Junyent, G.; Comellas, Jaume; Garrich, Miquel; Moreno, Francisco Javier Tapia; Pavón, Pablo; Méndez, Jorge E. López de Vergara; Parker, Mike; Channegowda, Mayur; Okonkwo, Chigo; Calabretta, Nicola; Eiselt, Nicklas; Autenrieth, Achim; Mihai-Andrus, Bogdan; Ayoub, Omran; Tornatore, Massimo; Maier, Guido; Musumeci, Francesco; King, Daniel; Pedro, João

doi:10.5281/zenodo.1194063

Cited by 1 publication

(1 citation statement)

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“…A trial for guaranteeing increased quality of service for military purposes has been conducted within the project 5G-VINNI (ICT- , where the paradigm of Network Slicing has proven to be fundamental for virtually separating Military and Commercial Networks to reserve high reliability for military communications [5]. Network slicing for improving public safety is also the main purpose of the project METRO-HAUL (ICT-7-2016), where the full workflow from planning, to orchestration, deployment, and running a network slice over an edge-computing enabled metro optical networking test-bed has been successfully carried out [6]. The concept of prioritizing uplink data traffic for public safety services has been successfully proven within the test cases proposed in 5G-VICTORI (ICT-17-2018) [7].…”

Section: Introductionmentioning

confidence: 99%

What Can 5G Do for Public Safety? Structural Health Monitoring and Earthquake Early Warning Scenarios

Franchi

Marotta

Rinaldi

et al. 2022

Sensors

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The 5th generation of mobile networks has come to the market bringing the promise of disruptive performances as low latency, availability and reliability, imposing the development of the so-called “killer applications”. This contribution presents a 5G use case in the context of Structural Health Monitoring which guarantees an unprecedented level of reliability when exploited for public safety purposes as Earthquake Early Warning. The interest on this topic is at first justified through a deep market analysis, and subsequently declined in terms of public safety benefits. A specific sensor board, guaranteeing real-time processing and 5G connectivity, is presented as the foundation on which the architecture of the network is designed and developed. Advantages of 5G-enabled urban safety are then discussed and proven in the experimentation results, showing that the proposed architecture guarantees lower latency delays and overcome the impairments of cloud solutions especially in terms of delays variability.

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Section: Introductionmentioning

confidence: 99%