A Novel Radio Network Information Service (RNIS) to MEC Framework in B5G Networks.

Autor: Cunha, Kaíque M. R.1 (AUTHOR) kaiquematheus@discente.ufg.br, Correa, Sand1 (AUTHOR) sandluz@ufg.br, Soares, Fabrizzio1 (AUTHOR) fabrizzio@ufg.br, Ribeiro, Maria2,3 (AUTHOR) maria.r.ribeiro@inesctec.pt, Moreira, Waldir4 (AUTHOR) waldir.junior@fraunhofer.pt, Gomes, Raphael5 (AUTHOR) raphael.gomes@ifg.edu.br, Freitas, Leandro A.6 (AUTHOR) leandro.freitas@ifg.edu.br, Oliveira-Jr, Antonio1,6 (AUTHOR) antoniojr@ufg.br
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Zdroj: Information (2078-2489). Jun2024, Vol. 15 Issue 6, p352. 24p.
Abstrakt: Multi-Access Edge Computing (MEC) reduces latency, provides high-bandwidth applications with real-time performance and reliability, supporting new applications and services for the present and future Beyond the Fifth Generation (B5G). Radio Network Information Service (RNIS) plays a crucial role in obtaining information from the Radio Access Network (RAN). With the advent of 5G, RNIS requires improvements to handle information from the new generations of RAN. In this scenario, improving the RNIS is essential to boost new applications according to the strict requirements imposed. Hence, this work proposes a new RNIS as a service to the MEC framework in B5G networks to improve MEC applications. The service is validated and evaluated, and demonstrates the ability to adequately serve a large number of MEC apps (two, four, six and eight) and from 100 to 2000 types of User Equipment (UE). [ABSTRACT FROM AUTHOR]
Databáze: Library, Information Science & Technology Abstracts
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