5G Networks: A Review from the Perspectives of Architecture, Business Models, Cybersecurity, and Research Developments

Juan Aranda; Erwin Jairo Sacoto Cabrera; Daniel Haro Mendoza; Fabián Astudillo Salinas

doi:10.37135/ns

5G Networks: A Review from the Perspectives of Architecture, Business Models, Cybersecurity, and Research Developments

Título traducido de la contribución: Redes 5G: una revisión desde las perspectivas de la arquitectura, los modelos comerciales, la ciberseguridad y los desarrollos de investigación

Juan Aranda, Erwin Jairo Sacoto Cabrera, Daniel Haro Mendoza, Fabián Astudillo Salinas

Grupo de Investigación en Cloud Computing Smart Cities & High Perfomance Computing (GIHP4C)

Producción científica: Contribución a una revista › Artículo

Resumen

La tecnología 5G está transformando nuestras redes críticas, con implicaciones a largo plazo. Dado que 5G está en transición a una red puramente basada en software, las mejoras potenciales serán las actualizaciones de software, como la forma en que se actualizan los teléfonos inteligentes en la actualidad. Para la empresa global, la llegada de 5G sería disruptiva. Las soluciones largamente esperadas para una variedad de fallas en los sistemas clave de networking surgirán debido a la adopción de la red 5G. Además, las deficiencias de la tecnología en términos de contribuir al crecimiento empresarial y al éxito se pondrán de cabeza. La parte más complicada de la carrera 5G real es reestructurar la forma en que protegemos la red más crítica del siglo XXI y el ecosistema de dispositivos y aplicaciones que surgen de esa red debido a las vulnerabilidades cibernéticas del software. Las nuevas tecnologías habilitadas por las nuevas aplicaciones que se ejecutan en redes 5G tienen mucho potencial. Sin embargo, a medida que avanzamos hacia un futuro conectado, se debe prestar igual o mayor atención a la protección de esos enlaces, computadoras y aplicaciones. En este artículo se abordan los aspectos clave de la estandarización y la arquitectura 5G. También se proporciona un resumen detallado de los modelos comerciales de redes 5G, casos de uso y ciberseguridad. Además, se realiza un estudio de métodos de simulación por computadora y bancos de pruebas para la investigación y el desarrollo de posibles propuestas de redes 5G, que son elementos que rara vez se abordan en estudios y artículos de revisión actuales.

Título traducido de la contribución	Redes 5G: una revisión desde las perspectivas de la arquitectura, los modelos comerciales, la ciberseguridad y los desarrollos de investigación
Idioma original	Inglés estadounidense
Páginas (desde-hasta)	6-41
Número de páginas	36
Publicación	NOVASINERGIA
Volumen	4
N.º	4
DOI	https://doi.org/10.37135/ns
Estado	Publicada - 1 jun. 2021

Palabras clave

5g networks
Architecture
Business models
Network security
Research developments.

Areas de Conocimiento del CACES

216A Diseño y administración de redes y bases de datos

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title = "5G Networks: A Review from the Perspectives of Architecture, Business Models, Cybersecurity, and Research Developments",

abstract = "5G technology is transforming our critical networks, with long-term implications. Since 5G is transitioning to a purely software-based network, potential improvements will be software updates, like how smartphones are upgraded. For the global enterprise, the 5G arrival would be disruptive. Long-awaited solutions to various flaws in critical networking systems will arise due to 5G network adoption. Furthermore, the shortcomings of technology in contributing to business growth and success would be turned on their heads. The more complicated part of the actual 5G race is retooling how we protect the most critical network of the twenty-first century and the ecosystem of devices and applications that sprout from that network due to cyber software vulnerabilities. The new technologies enabled by new applications running on 5G networks have much potential. However, as we move toward a connected future, equal or more attention should be paid to protecting those links, computers, and applications. We address critical aspects of 5G standardization and architecture in this article. We also provide a detailed summary of 5G network business models, use cases, and cybersecurity. Furthermore, we perform a study of computer simulation methods and testbeds for the research and development of potential 5G network proposals, which are elements that are rarely addressed in current surveys and review articles.",

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5G Networks: A Review from the Perspectives of Architecture, Business Models, Cybersecurity, and Research Developments

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